Models are rented and replaceable. The context your team builds — your standards, your decisions, the history of why things are the way they are — is the asset that compounds. NeuroHive keeps that asset yours, and plugs any AI platform into it.
Any model — hosted, open-source or your own · Swap and combine freely · Nothing locked to a vendor
More gets built than ever. Nobody can say where it lives, who approved it, or what the agent was told.
Every agent session starts cold. The same background gets re-explained a dozen times, slightly differently each time — and drifts.
Credentials end up in chat logs, .env files and someone's notes app. Nobody can answer who has access to what.
Your history, your instructions, your accumulated context — all sitting inside a vendor's product. Leaving means leaving it behind.
That gap is where most good ideas die — not from lack of merit, but from lack of a credible path from "we should do this" to something running in production.
You know exactly what's broken, because you live in it. What you don't have is a way to get it built that doesn't start with a six-week scoping exercise.
Senior engineers set the standards, review the work and own the outcome. Agents do the volume. Neither works unsupervised — and neither works alone.
Business people see status, decisions and outcomes. Engineers see repos, issues and deployments. Same project, same truth — each side reading the view that makes sense to them.
AI is extraordinary at volume and consistency, and genuinely bad at knowing what matters. NeuroHive is built around that asymmetry — machines do the work, people make the calls.
Ideas that were never worth a hiring round become worth a week. The small improvements that get permanently deferred finally get built.
Stop stitching context together from six tools. Each project carries its own code, issues, notes, secrets, hosts, deployments and agent history — with tabs, not tab-hunting.
NeuroHive reads and edits the instruction files your agents actually load, shows you exactly what every new session will be told, and what that costs you in context. Because it lives in your files rather than a vendor's account, the model you switch to next inherits all of it.
Find any session by what it was actually doing — not by hunting through browser tabs. Read the transcript, see how much context it has burned, and pick the conversation back up without leaving the project.
notify-4417
fires twice in the same second. Points at the retry wrapper, not the cron.
This is the part most teams discover the hard way — usually about six months in, when nobody can remember why a decision was made.
Every model has a context window, and every context window is a temporary thing. It fills up. It gets compacted — older turns summarized, then summarized again, then quietly dropped. Eventually the session ends, or the model changes, or the provider deprecates the version you were on. Whatever was held in that window is simply gone.
That's fine for the conversation. It is not fine for the conclusions.
A long working session produces two very different things. There's the transcript — thousands of messages of exploration, false starts, tool output and correction. And there's the handful of things you actually learned: this approach doesn't work and here's why, the retry wrapper was the real cause, this table is the source of truth, that dependency can't move until Q3.
The first is disposable. The second is the asset — and in most setups it dies with the window that held it. Someone re-derives it three weeks later, slightly differently, and nobody notices the drift.
Rented space with a hard limit. Compacted as it fills, cleared when the session ends, and specific to whichever model was running.
Held as a durable record, addressable long after the session ends. Outlives the session, the model and the provider.
This is what makes switching models survivable. The new one starts with everything the old one was told and everything the project has concluded since — not a blank slate wearing a familiar name.
The unglamorous things that decide whether a tool survives contact with a real team.
Issues, pull requests and releases from GitHub, GitLab or Gitea — grouped, filtered and attached to the project they belong to.
Multi-field credentials — client ID, secret, endpoint — encrypted at rest, revealed deliberately, never printed into a log.
What shipped, where, when and by whom. Environment by environment, with history you can actually point at.
The machines and volumes behind each project, browsable over SSH without leaving the page.
Group projects by client or business unit. Scope who sees what, down to the individual project.
A read-only endpoint for dashboards and assistants. You choose exactly which projects it can see.
Every create, edit and delete recorded with before and after — sensitive fields redacted automatically.
Desktop, tablet, phone — light or dark. Tested down to some genuinely strange embedded browsers.
The speed of agents with the guardrails of a real engineering process. Not one or the other.
An idea lands as a project with an owner, a company and a priority. It exists somewhere real from minute one.
Directives and standing context make sure every agent starts knowing your stack, your rules and your conventions.
Agents work against the linked repo. Issues get filed, commits get traced, sessions stay attached to the project.
Releases and deployments are recorded against the project, with a full audit trail behind them.
An agent that can edit code, reach servers and touch credentials is not a chatbot. It's a new member of staff with root. NeuroHive treats it that way.
Most AI tooling asks you to choose between speed and control. That's a false trade, and it comes from building the guardrails last. NeuroHive puts the boundary at the point where an action actually happens — not in a policy document nobody reads.
The rule is simple: an agent can only reach what its project can reach. Scope is inherited, never assumed. A bot attached to one project cannot wander into another's repositories, hosts or secrets, because it was never handed them in the first place.
Anything consequential stops and asks. Writes are atomic and conflict-aware — if a file changed underneath a pending edit, the save is refused and you're shown both versions rather than quietly losing one. Directive files are edited, never created, so an agent cannot invent new instructions for itself. And every action lands in an audit trail with credentials stripped before anything is written down.
Agents reach exactly what their project reaches. No ambient credentials, no implicit access to the rest of the estate.
Consequential actions pause for a human. You see what's about to happen, and the diff, before it does.
Atomic and conflict-aware. Concurrent edits are detected and surfaced — never silently overwritten.
Platform keys never reach the browser and are never handed to a model. Calls to connected systems are made on your behalf.
Nothing is exposed outward unless you switch it on, project by project. Silence is the default state.
Every create, edit and delete captured with before and after — tokens and passwords removed on the way in.
Most AI tooling quietly makes you a tenant in someone else's platform. This is the part of NeuroHive designed specifically so that never happens.
Every few months a different model becomes the best one. Prices move, capabilities leapfrog, providers deprecate what you were depending on. Work welded to one vendor turns each of those into a migration project.
NeuroHive separates two things the industry keeps conflating. The intelligence is a commodity you rent, swappable in an afternoon. The context — your standards, your decisions, the record of why things are the way they are — is the asset that compounds, and it stays yours: plain files in your own repositories, exportable at any time, never locked in a vendor's format. Point a different model at it tomorrow and all of it walks over unchanged.
Change provider without changing how you work. Your projects, context and history don't move, because they were never stored on the provider's side.
You aren't picking a winner. Run a frontier model where reasoning is hard, a cheap local one for bulk work, and different models on different projects — at the same time.
Open-source and custom models on your own hardware, for the work that legally or contractually cannot leave your network.
If you ever drop NeuroHive, your repos, files, database and directives are exactly where they always were. Nothing to export, nothing held hostage.
Some work simply cannot be sent to a third-party API — client confidentiality, regulated data, contractual restrictions, or your own policy. Point those projects at an open-source model running on your own hardware, or a model you've fine-tuned yourself, and the data never crosses your boundary. Same interface, same guardrails, same audit trail as everything else. Privacy becomes a per-project setting rather than an all-or-nothing architectural decision.
Your directives, standing decisions and project memory are written once and read by whatever model you're using this quarter. When you switch — and you will — the new model inherits everything the old one was told. No re-briefing, no rebuilding months of accumulated knowledge, no quiet drift back to explaining the same things over again. That continuity is the entire reason to own your context instead of renting it.
Any repo host, any machine, any model — treated identically, so none of them get to decide how you work.
See NeuroHive running against a real project — your repos, your hosts, your models. Thirty minutes.