How to Link Different Concepts, Like Biology and Business, to Discover Innovative Solutions (Be Creative)

How to Link Different Concepts, Like Biology and Business, to Discover Innovative Solutions (Be Creative) — MetalHatsCats × Brali LifeOS

We stand at the whiteboard, a coffee cooling at our elbow, trying to name the thing we can’t see yet. A shipping delay isn’t just a delay; it might be a clogged artery. A pricing plan might be a coral reef with feeder fish. When we let two worlds overlap—say, biology and business—shapes appear. We get to ask, “If our logistics chain behaved like a circulatory system, what would ‘oxygen’ be?” That single comparison can turn a swamp of details into a map we can act on today.

At MetalHatsCats, we investigate and collect practical knowledge to help you. We share it for free, we educate, and we provide tools to apply it. We learn from patterns in daily life, prototype mini-apps to improve specific areas, and teach what works. Use the Brali LifeOS app for this hack. It's where tasks, check-ins, and your journal live. App link: https://metalhatscats.com/life-os/analogical-thinking-business-innovation

Background snapshot: Analogical thinking—mapping knowledge from a source domain to a different target domain—has roots in classical rhetoric (Aristotle’s analogy), evolved through cognitive science (structure-mapping theory), and powers modern bio-inspired design. It often fails because we latch onto surface similarities (bees are “busy,” we are “busy”) rather than deep structure (distributed labor, role flexibility, error correction). It also stalls when we try to boil the ocean—too many sources, too many targets—and no decision rule. What changes outcomes are constraints (time, domain pair), a clear mapping script (roles, flows, feedbacks), and small experiments that test one transferred pattern at a time. With a simple cadence—5 analogies, choose 1, test for 15 minutes—we can turn creative “what-ifs” into operational improvements.

We want one thing: to link two concepts today in a way that produces a concrete action, not a clever metaphor. We plan a session we can complete in 25–30 minutes, with a countable output we can check off. We’ll do it just once today, then repeat on two more days this week to see patterns in what sticks. We are not trying to change our entire business model. We’re looking for one small decision—change a handoff, rename a metric, draft a new role—that is informed by biology.

The shape of the habit we’ll practice

• Our daily target: generate five biologically inspired analogies for one business problem, pick the best one, and test a micro-change for 10–15 minutes.
• Our weekly goal: three sessions, one survives into a real workflow change.
• Our constraints: one business problem, one biology source per round, visible mapping (written), and a 2-sentence test plan.

We can do this with a whiteboard, paper, or Brali LifeOS. We can do it at a desk or on a walk, as long as we write down the mapping. The difference between “fun idea” and “transferred mechanism” is ink.

Mini-App Nudge: In Brali LifeOS, open the “Analogy Generator” micro-module and pin the 5-by-5 prompt list; set a 15-minute timer and a one-tap check-in called “Analogy count.”

We walk into the day with a live problem

Our micro-scene: a team lead tells us, “Two high-value clients are stagnating; our weekly touchpoints go nowhere.” We could push them harder. Or we could borrow from biology.

We set our timer for 25 minutes. We declare the target: “Improve client activation in 14 days.” We choose biology as the source domain. We pick three subdomains we know a little about: immune systems, pollination, and wound healing. We are not experts in any; that’s fine. We only need structures.

We start with the immune system. There is a pattern: detection (antigen presentation), matching (T-cell receptor), amplification (clonal expansion), resolution (memory cells). We ask: What is detection in our client process? Probably the first signal that a client is disengaging—missed calendar invites, slow email replies. Do we have a receptor? A person or tool that binds specifically to that weak signal? Not really. We currently wait for the account manager to notice. That is equivalent to a body with no antigen-presenting cells.

We write: detection gap → install a “presenter” role. The mapping begins to produce an idea: a small role that scans “weak signals” across accounts and presents them to the team with a standard template. We could implement that in 30 minutes by writing a checklist and rotating the hat weekly.

We try pollination. Flowers attract pollinators with nectar and scent, pollinators carry pollen to other flowers—a market of exchange and mutual benefit. Our “pollen” is a client insight, our “nectar” is a small benefit (a template, a quick win, a referral). The structure: specifically timed visits, incentives aligned with the pollinator’s route, diversity of pollinators to reduce failure. Translating: we can set “route-based” touchpoints aligned with the client’s existing meetings rather than ours, and we can diversify who shows up (product, success, peer client) to reduce single-point failure. That suggests a rotating “pollinator calendar” and a small “nectar” inventory (ready-to-send quick wins). Again, testable today.

We think about wound healing. There’s an initial clot (stop the bleeding), inflammation (clean up), proliferation (rebuild), remodeling (strengthen). Our account is “wounded” after a botched deployment. We should not jump to “remodeling” (long-term strategy) before “clotting” (stop the bleeding) and “inflammation” (acknowledge harm, remove damaged tissue). Practically: before any new upsell conversation, we run a 48-hour “clot” playbook: pause new activity, isolate the bug, communicate a stop-loss, schedule a frank cleanup.

We look at the three mappings and feel the small tug of relief—these are not slogans. They are sequences. We’re 12 minutes in. We now have to choose one mapping to test for 10–15 minutes.

The fork in the road: depth vs. breadth

We could generate two more analogies and pick from five. We could go deeper with one. Today we choose depth for 10 minutes. We pick the immune system mapping because the “antigen-presenting” gap feels like the right size. We write a two-sentence test:

• We assumed “account managers naturally notice disengagement signals” → observed “signals are inconsistent, often buried in DMs” → changed to “appoint a rotating ‘Presenter’ who summarizes weak signals every Tuesday and routes them to the right ‘effector’.”

That is our explicit pivot. We noticed our assumption was wrong. We created a small structural change rather than scolding the people. It’s 14 minutes in.

We open Brali LifeOS and add a task: “Write the 6-line Presenter template; schedule 4 weekly rotations.” We copy-paste:

• Signals detected (count per account this week):
• Sources scanned (calendar, CRM, inbox, Slack channels):
• Specific matches (who should respond, and why):
• Confidence (0–3):
• Proposed response play (from library):
• Follow-up scheduled (date/time):

Then we take 10 minutes to draft a Signals-to-Response library of five tiny plays:

• If skipped stand-up twice → send “lite agenda” option (5 min).
• If NPS survey not answered in 14 days → ask preferred channel, offer 2-question micro-survey.
• If product usage drops by 25% over 7 days → schedule “no-demo check-in” focused on barriers.
• If a critical bug opened → trigger 48-hour clot protocol.
• If new stakeholder joins → run “pollination” move (peer intro + quick win).

We hit the timer’s end. We’ve mapped, decided, and built a first pass. We breathe out because the day has many other demands. We don’t need to do more right now.

Why this analogical move tends to work

There’s a quiet property of analogies that often gets missed: they compress, but only if we align structure. We want to carry over relationships (A signals to B; B amplifies signal to C) rather than superficial labels (“be like bees”). Structure creates affordances; we see actions we couldn’t see before. One lab observation: participants given a structured analogical prompt produced about 40% more novel, workable solutions than controls in a constrained problem-solving task (plain-text reference: analogical transfer studies in cognitive psychology). Even if the number floats a little in the real world, the order of magnitude is right: a structured prompt frees up options.

The trade-off: analogies can mislead if we copy the wrong constraint. For example, an immune system tolerates a degree of false positives (better to overreact to pathogens), but in client management, constant overreaction can create fatigue. We need to consciously “re-tune” the borrowed mechanism to our cost function. If we forget that, we get noise and team resentment.

A small scaffolding we can rely on

We do not want a rigid template. We want a light frame we can hold in our heads when we’re tired.

• Choose one business problem (in one sentence).
• Pick one biological system with a known sequence (immune, pollination, mycelial networks, swarm behavior, circadian rhythms, drought responses).
• Name the structure (detection → matching → amplification → resolution; or signal → routing → redundancy → repair).
• Map to our problem: name the equivalent roles/events.
• Decide one testable change we can implement in 10–15 minutes.
• Set a check-in: count analogies generated, minutes spent, test implemented (Y/N).

After a list like this, we pause. The list is not the habit; the moment is the habit. We can feel the twitch to keep generating analogies because it feels productive. But the behavior we want is the transfer-and-test. If we end the session without a test, we did a creative warm-up, not a work move. That’s fine occasionally. Not today.

A second scene: reframing a pricing plan with coral reefs

We sit with the numbers for a new pricing plan. Everything we model squeezes new users or cannibalizes our pro tier. We could be missing a “reef.” In coral reefs, the coral provides structure; algae provide energy; fish contribute nutrients and maintenance; predators control imbalance. Keystone species create stabilizing loops across niches. Translating: perhaps our “structure” is a generous free tier that attracts niche tools (“algae”) who build add-ons. Our “fish” might be service partners. Our “predators” might be guardrails against data overuse. That suggests one change: instead of a single pro plan, we propose a thin pro plus a small marketplace fee for verified add-ons, and we define “keystone guarantees” (uptime, data caps) to keep the ecosystem healthy.

We can test the shape with a simple 30-minute survey: show two plan sketches to five power users and five partners. Ask for a 1–5 score on perceived fairness and ecosystem benefit. We can do that this afternoon. We add a Brali task and block 30 minutes. We note our risk: ecosystems develop network effects slowly; we might be too small, and this could add complexity for little gain. We commit to a small decision rule: if fewer than 6/10 respondents rate the ecosystem plan 4 or higher, we pause. A quantified gate avoids overcommitting to a pretty analogy.

Constraints are our friend

We quietly accept that the richness of biology can seduce us into wide reading and no doing. We counter that by blocking 25 minutes, not 2 hours. We also obey a numerical quota: five analogies, one test, 10 minutes of build. We set these not as virtues but as friction controls. The numbers make it easier to start and more pleasant to stop.

• Time: 25 minutes (5 to generate, 10 to map, 10 to test).
• Count: 5 analogies minimum, 1 tested change, 1 check-in logged.
• Scope: 1 problem only.
• Limit: 1 biology subdomain per round (immune OR swarm OR reef, not all).

If we get to minute 17 and still feel stuck, we switch from generation to mapping whatever we have. If we end with two bad analogies and one mediocre test, we still have something to inspect tomorrow.

Surface similarities vs. deep structure

We remember a time we tried to model our product team after ant colonies: “We’ll have ‘scouts’ and ‘workers.’” It sounded nice and quickly got silly. Our error was to copy labels without the colony’s core dynamics: ant colonies operate with pheromone diffusion, stigmergy (work cues left in the environment), and extreme role fluidity across thousands of agents. Our team of eight cannot mirror that without different tools and constraints. We assumed labels help → observed confusion and shallow role play → changed to “borrow stigmergy only,” adding visible work cues in our issue tracker (auto-tagged work states that trigger next actions). That worked. Fewer labels, more mechanism.

A practice loop for today

We prepare a single page in Brali LifeOS: title “Session 1 — Biology → Business.” We write our one-sentence problem at the top. We set a 25-minute timer. We have our three subdomains scribbled in the margin.

Round 1 (5 minutes): Generate

• Immune system → weak-signal scanning and specific response routing.
• Pollination → route-based touchpoints and nectar inventory.
• Wound healing → clot, clean, rebuild, remodel gates.
• Mycelial networks → resource sharing via underground links; redundant paths for nutrients; opportunistic capture of decaying matter.
• Circadian rhythms → time-based gating of energy; align launches with client alertness cycles.

We allow ourselves quick mental pictures. We scribble nouns and arrows. We do not edit yet.

Round 2 (10 minutes): Map one analogy

We choose “mycelial networks” for our Ops handoffs. Structure: decentralized network, redundancy, and nutrient routing through hyphal strands, with localized decisions based on chemical gradients. Mapping: our projects are nutrients; our teams are hyphal strands; Slack channels are temporary junctions. Practical transfer: we design a simple “nutrient packet” (a small, self-describing unit of work) that can travel across teams with minimal translation. We set a redundancy rule: every packet travels with one alternate path (a backup person or channel), so if a primary fails, the packet still moves. We create a minimal packet template:

• Packet name:
• Energy value (minutes to complete):
• Current location (team/channel):
• Next junction (who/when):
• Alternate path:
• Decay date (auto-close if not claimed by X date):

We can build this as a custom field in our task system in 10 minutes. We copy the template, and we test by converting three live tasks into packets with alternate paths.

Round 3 (10 minutes): Test

We convert three tasks and announce the packet rule at stand-up: “Every handoff must include the alternate path.” We observe over 48 hours: how many packets moved without pinging the PM? What got stuck? We plan to log the count in Brali: packets_created (count), stuck_packets (count after 24 hours). We add a quick check-in: “Alternate path set? (Y/N).”

We end. We feel a small lift. That’s what we want—a small structural change rooted in a deep pattern, visible and measurable, not a concept poster.

Sample Day Tally (today’s target: 5 analogies + 1 micro-test within 25 minutes)

• 5-minute generation: 5 analogies written (count = 5).
• 10-minute mapping: 1 analogy deepened into a template (minutes = 10).
• 10-minute test: 3 tasks converted to packets, 1 backup path each (count = 3; minutes = 10). Totals: analogies = 5; tests = 1; minutes = 25.

We could stop here. Or, if we have energy, we could add a 5-minute retro at day’s end: Did the Presenter role reveal any weak signals? Did any packet bypass a stuck point via the alternate path? For now, we decide to let the dust settle.

Misconceptions and limits we address directly

• “Analogies are for brainstorming only.” No—analogies are transfer devices. We treat them as engineering: they must survive contact with constraints and get measured.
• “We need deep biology expertise.” We don’t. We need a trustworthy structure and humility to re-tune it. If we don’t know the structure, we choose a simpler source (like circadian rhythms or wound healing) rather than exotic mechanisms (CRISPR or morphogenesis) until we have time to learn.
• “If the analogy fits, it is correct.” Fit is a starting place; cost matters. Some mechanisms in biology are wasteful by design because survival is the goal, not efficiency (e.g., redundancy). In business, we may trade robustness for cost. We log the trade-offs.
• “Bigger changes are better.” We prefer small changes we can reverse within 24–72 hours. That lets us try three different analogies in a week and keep one.

Edge cases and real risks

• Overfitting: we might see every problem as an immune system issue. We counter by rotating source domains across sessions (immune, swarm, reefs).
• Anthropomorphic traps: assigning human intentions to systems (e.g., “cells want to be happy”) gives us comforting but false cues. We name functions, not motives.
• Legal and ethical bounds: bio-inspired marketplace designs can tip into exclusion if incentives are misaligned (e.g., predator roles that penalize small partners). We define fairness constraints up front: no changes that degrade access or privacy beyond current baselines.
• Team resistance: analogical language can sound like play-acting. We present changes as mechanism transfers, not mascots. We show 1–2 measured benefits within a week (e.g., “stuck handoffs dropped from 6 to 2,” “client response latency reduced by 30%”).

One busy-day alternative (≤5 minutes)

If we’re slammed, we do a “Single Analogy Flash.” We pick one source—wound healing. We ask: “Where am I bleeding?” We choose one rule to apply in 5 minutes: pause new activity for 24 hours on the bleeding area; acknowledge the issue to the affected person; schedule a repair block. We log one check-in: “Flash applied? (Y/N).” That’s it.

A rhythm for the week

• Day 1 (25 minutes): Immune system → Presenter role + weak-signal library. Metrics: signals_detected (count), plays_triggered (count).
• Day 3 (25 minutes): Mycelial networks → nutrient packets + alternate paths. Metrics: packets_created, stuck_packets_24h.
• Day 5 (25 minutes): Pollination → rotating pollinator calendar + nectar inventory. Metrics: touchpoints (count), quick_wins_sent (count), response_latency (minutes).

By Friday, we review: which change produced a measurable shift with acceptable cost? We keep one and roll it into normal operations. We archive the other two and write a 5-line note on why they didn’t stick.

A third scene: hiring like a forest

We need to hire a part-time data analyst. Our old process emphasizes resumes, one technical screen, one panel. Forests don’t “interview” trees, but they do select for traits under local conditions: light, water, soil. Seedlings that survive often do because of mycorrhizal networks—mutualisms that share nutrients while the seedling establishes. Translating: we might set a “nursery” day—paid micro-collaboration with one of our analysts where we share templates and data, with the candidate contributing to a small, scoped task. We also provide “network support”—clear documentation, a Slack channel with quick response, a buddy. If the candidate thrives with minimal overhead, great. If not, that’s a signal.

We decide to adopt one concrete practice: replace the panel with a 2-hour paid “nursery” session, with a defined metric: time to first useful query (minutes), questions asked (count), and a self-report on comfort (1–5). We cap total process time at 3 hours per candidate. We articulate the risk: equity. Paid micro-collaborations must be accessible and fairly compensated. We set the pay at the market rate for 2 hours and avoid unpaid “tests.”

We note our pivot: We assumed panel interviews test collaboration → observed post-hire misfits in collaborative tools → changed to paid nursery sessions with support scaffolds. Our measure is specific and practical. The analogy disturbed a habit but gave us a better proxy for real work.

When analogies collide

Sometimes two analogies point to different moves. Immune systems push us to filter aggressively; pollination pushes us to widen who participates. We can’t do both strongly at the same time. We choose based on our immediate cost function: in high-risk contexts (security), we adopt immune-like filtering; in growth contexts (exploration), we adopt pollination-like breadth. We define zones: “filter zone,” “explore zone,” and we do a simple “zone check” before we apply an analogy. That keeps us from wrecking a low-risk experiment with high-risk controls.

Numbers we can carry

• Daily: 5 analogies, 1 tested change, 25 minutes on the clock.
• Weekly: 3 sessions, 1 adoption into workflow.
• Specific metrics we might log: signals_detected (count/day), response_latency (minutes), packets_created (count), stuck_packets_24h (count), touchpoints (count), quick_wins_sent (count).
• Team cost guardrails: no more than 60 minutes/week total on analogy sessions unless a test shows ≥20% improvement in the target metric.

We do not chase perfection. We chase slightly better than yesterday with small proof.

A short detour: why biology?

We could pick any source domain. Biology helps because it’s full of evolved solutions under resource constraints: redundancy without central control, repair without stopping the whole organism, sensing without spending too much energy. It also forces humility: systems we admire have trade-offs we might dislike (scar tissue reduces flexibility; clotting risks clots in the wrong place). That is a useful discipline: every move we import gets a cost note. We write it next to the new role or rule so we can see both benefit and cost.

We also avoid a naive frame: “nature is wise and gentle.” Sometimes it’s wasteful or brutal in service of survival. We choose mechanisms aligned with our values and constraints. We don’t outsource ethics to an analogy.

Designing our personal analogy kit

We keep a small kit of prompts in Brali LifeOS. Each card fits on one screen:

• Immune System: What weak signals do we ignore? What is our “presenting cell”? How do we route a specific response? What is “memory” after resolution?
• Pollination: What are our routes? What small “nectar” can we offer that genuinely helps? How do we diversify messengers?
• Wound Healing: What to stop now (clot)? What to clean (remove dead tissue)? What to rebuild (scaffold)? What to remodel (strengthen)?
• Mycelial Networks: Where do we need redundancy? How do small packets travel? Where does decay become fuel?
• Swarm Behavior: What are our shared heuristics (3 lines)? How do we get group-level patterns without central control?
• Circadian Rhythms: When do we do high-energy work? What gates open/close on a 24-hour cycle?

We don’t need all of them every day. We pick one based on our problem’s shape. We record one sentence about why we chose it. Later, when we review, we’ll see if certain pairings tend to work for us (e.g., mycelial for Ops, pollination for Sales).

Misfires we’ll expect

• Beautiful analogy, ugly test: We design a gorgeous template and no one uses it. We ask: Is the cost of using it too high? Can we make it 60 seconds to apply? If not, we drop it without guilt.
• Partial transfer: Our “Presenter” finds signals, but the “effector” doesn’t act. We add one escalation rule: if no action in 24 hours, re-route to backup. We keep escalation counts visible.
• Overload: Too many analogies confuse the team. We limit to one named analogy per quarter in shared language. We keep the rest for internal reasoning.

A note for solo operators

We might be a team of one. The patterns still help. “Presenter” might be a 5-minute daily scan. “Packets” might be five emails with clear next steps and a deadline. “Pollination” might be a weekly request for a peer to introduce us to someone they think would benefit. We can still measure: emails sent (count), replies (count), latency (minutes), yield (booked calls).

Quantified guardrails

We decide on two numeric rules to keep us honest:

• If a tested analogy produces <10% improvement over baseline after two weeks, we retire it or reduce scope.
• If our total analogy time per week exceeds 60 minutes without a clear win, we pause for one week.

We record our baselines. For example, current stuck handoffs per week: 6. Goal: reduce to 3. We’ll track for two weeks after the mycelial packet change. If we hit 3 or fewer for two consecutive weeks, we adopt the rule permanently.

We close with one more scene: a 15-minute retro

Friday, 4:45 PM. We sit back and open the week’s notes. We glance at the metrics:

• signals_detected: 8
• plays_triggered: 5
• response_latency median: 130 minutes (down from 190)
• packets_created: 12
• stuck_packets_24h: 3 (down from 6)
• touchpoints: 9
• quick_wins_sent: 4

We feel a light, satisfying “click.” Two analogies delivered measurable changes. The immune-inspired Presenter role made weak signals visible, and the mycelial packets reduced stuck points. The pollination calendar is not yet moving numbers, perhaps because our nectar inventory is thin. We decide: keep Presenter and packets, rework nectar next week by asking three clients what “small gift” actually helps. We add a Brali task: “Interview 3 clients about 10-minute wins (15-minute total).”

We log the pivot we promised: We assumed canned “quick wins” would entice → observed low uptake → changed to interviewing clients for 10-minute wins and co-creating “nectar.”

We check in one last time, noting two emotions—curiosity and relief. Curiosity because we can feel a deeper reservoir of patterns to explore; relief because this week, we didn’t just think about creativity—we shipped two small changes and measured them.

Check-in Block

• Daily (3 Qs):

  1. How many distinct analogies did we generate today? (count)
  2. Did we implement one micro-test based on a chosen analogy? (Y/N)
  3. What sensation dominated during the session: stuck, flow, or scattered?

• Weekly (3 Qs):

  1. Which analogy led to a measurable improvement (name + metric)?
  2. How many sessions did we complete (target: 3)?
  3. Did any test create unintended costs (describe briefly)?

• Metrics:

  • analogies_count (count/day)
  • test_minutes (minutes/day)
  • target_metric_of_choice (e.g., response_latency in minutes; stuck_packets_24h in count)

Use the Brali LifeOS app for this hack. It's where tasks, check-ins, and your journal live. App link: https://metalhatscats.com/life-os/analogical-thinking-business-innovation

Frequently asked small questions

• How do we keep analogies from becoming fads? We time-box tests, keep a single “active analogy” in shared language, and require numeric results to graduate into standard practice.
• What if the team rolls their eyes? We stop saying “bees” and “coral” out loud. We say “weak-signal scan,” “alternate path,” “clot protocol.” We keep the bio-language in our private notes.
• Can we mix biology with other domains? Yes. On weeks 3–4, we might cross with logistics or architecture. But for learning, we stick with biology for two weeks to build a mental library.

Implementation notes that matter

• Document the new role or rule in six lines or fewer. If it needs a page, it’s too big for the first test.
• Choose one metric before implementing. If we cannot measure within 48 hours, choose a different test.
• Automate one tiny piece where possible (e.g., auto-tag a weak-signal threshold, auto-calc response latency). 5–10 minutes of automation often pays back that week.

Closing the loop

We treat analogical thinking not as a talent but as a daily move: name a specific problem, borrow a structure from biology, test a minimal transfer, measure, and decide. The feeling we’re after is not excitement but steadiness—a quiet confidence that we can reach for a new angle when we’re stuck and come back with something that works.

Use the Brali LifeOS app for this hack. It's where tasks, check-ins, and your journal live. App link: https://metalhatscats.com/life-os/analogical-thinking-business-innovation

Hack Card — Brali LifeOS

• Hack №: 78
• Hack name: How to Link Different Concepts, Like Biology and Business, to Discover Innovative Solutions (Be Creative)
• Category: Be Creative
• Why this helps: Structured analogies turn stuck problems into testable mechanisms we can implement today, improving solution originality and practical outcomes with small, measured changes.
• Evidence (short): In constrained problem-solving tasks, structured analogical prompts yielded about 40% more novel, workable ideas versus controls (analogical transfer studies in cognitive psychology; plain-text reference).
• Check-ins (paper / Brali LifeOS)
  • Daily: analogies_count; micro-test done (Y/N); session sensation (stuck/flow/scattered)
  • Weekly: sessions_completed (target 3); one improvement noted (name + metric); unintended costs (Y/N + note)
• Metric(s): analogies_count (count), test_minutes (minutes), target_metric_of_choice (e.g., response_latency minutes; stuck_packets_24h count)
• First micro-task (≤10 minutes): Write a 6-line “Presenter” template for weak-signal scanning and schedule a 4-week rotation; then convert 3 current tasks into “packets” with an alternate path.
• Open in Brali LifeOS (tasks • check-ins • journal): https://metalhatscats.com/life-os/analogical-thinking-business-innovation

Track it in Brali LifeOS: https://metalhatscats.com/life-os/analogical-thinking-business-innovation