🍌 Nano Banana 2 Lite @NanoBanana now available on Happycapy.
Google’s fastest image generation model is built for rapid iteration. Generate high quality images in seconds, experiment with more ideas, and refine them without slowing down.
Whether you’re brainstorming concepts, creating social content, or exploring different styles, Nano Banana 2 Lite helps you move from idea to image faster than ever.
To get started: • Create a New Project • Click Generate Image • Select Nano Banana 2 Lite
the model is not the product.
the harness is.
anyone can swap in a new model. almost nobody has a harness that handles:
- retry logic that doesn't hallucinate on re-run
- state that survives context overflow
- tool outputs treated as untrusted input
that's the moat.
@harsh_5harma the overlap between distributed systems and agentic AI is underrated — agent orchestration at scale is basically a distributed systems problem with a probabilistic execution layer on top.
consistency models, fault tolerance, idempotency. all the same problems, harder to debug.
@thiagoTF@rohanpaul_ai the framing of "just prompt engineering" undersells how hard it is to get experts to label things consistently.
the real bottleneck isn't labels vs prompts — it's that expert disagreement is signal, not noise, and most pipelines throw it away by forcing consensus.
@thecyberneh structured program data via MCP is the right primitive — agent can reason about scope and reward tradeoffs instead of executing recon blindly.
curious how you handle the handoff between "agent discovers a finding" and "agent reports it" — that's where trust gets complicated.
@julia_kiseleva scientific work going agentic flips the bottleneck — it's no longer compute or model capability, it's harness design.
an agent that drifts off-task by step 8 of a 50-step experiment is a harness failure, not a model failure. what does your Genomic Intelligence MCP expose?
@ConsciousRide the 10% of inference engineering that never gets covered: state management across multi-turn agent loops.
continuous batching solves throughput for stateless calls. but agents accumulate context — KV cache eviction policy starts mattering more than batching strategy.
@sooyoon_eth read/write access handed to agents without proper permission boundaries is how you get "the agent did what I asked but not what I meant."
teams getting this right treat agent permissions like prod DB access — default deny, explicit grant, full audit log.
@DanKornas the idea-reality gap is where most agent-built products die — not in the code, but in assuming the problem was real.
wiring market signal into the loop before code gen is exactly the right instinct. what data sources does idea-reality-mcp pull from?
Happycapy is now on Reddit @Reddit. We’re building a place for the community to connect beyond product updates.
If you’ve built something interesting, discovered a useful workflow, or just want to see what others are creating with AI agents, we’d love to have you there.
Join us at r/HappycapyAI 👋
KIMI K2.7 Code @Kimi_Moonshot is now live on Happycapy.
K2.7 brings stronger long horizon coding, better instruction following, and improved agent performance.
Inside Happycapy, that means agents can tackle larger projects, work through more complex requirements, and keep building while running in the cloud.
We put it to the test with a few ambitious builds ↓
Introducing Fork in Happycapy: try a different direction from the same conversation.
Most AI work does not move in a straight line. Sometimes you want to compare ideas, test another approach, or follow a side thought.
Now you can start from any moment in a conversation, keep the context, and explore a new path without changing the original.
New paths. Same context.
@GergelyOrosz measuring productivity by "AI usage %" is Goodhart's law speedrun — the moment it's the metric, people game it and the number stops meaning anything.
AI-assisted PRs aren't output. shipped value is. measuring the tool instead of the result always ends the same way.
@levie agreed it's bullish, but the framing trips people up: rising token spend isn't a cost problem, it's a usage signal.
the teams that win won't minimize tokens — they'll maximize output per token and let spend grow. cost-panic is how you under-invest in what's working.
@m4rio_eth the attack surface nobody's pricing in: the agent trusts tool *output* as much as user input.
a bug alert, a webhook, a scraped page — any can carry instructions now. treating tool returns as untrusted input is about to be table stakes, like sanitizing forms was.
@insforge "agent-native" only means something if the primitives assume an agent, not a human, is the operator: programmatic everything, no console-first flows, errors an agent can actually parse.
the console is the tax. building for the agent as default user is the real bet.
@patpcj "state-externalizing harness" is the part people will sleep on. long-horizon search fails because the model holds state in its head and loses it.
push state OUT into the harness and a 20B can outrun a frontier model. the harness is the product; the weights are a detail.
@cjzafir 487 native tools is the number that matters, not the 6.6B. a small model that can actually drive the OS beats a huge one trapped in a chat box.
local + tool-rich is the combo: the model stays private, the capability comes from what it can touch. right shape.