Announcing next-gen engine

Intelligent cores for autonomous systems

The fundamental infrastructure for systems that perceive, reason, and execute without intervention. Built for reliability at scale. No hand-holding, no context loss, no hallucinated APIs. Just reliable execution.

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// Core Execution Processor - Async
async function evaluateState({ telemetry }) {
  if (!telemetry) return null;

  const [state] = await dbQuery`
    INSERT INTO active_states (metrics)
    VALUES (${telemetry})
    RETURNING id, metrics, timestamp
  `;

  const trajectory = await dbQuery`
    SELECT id, vectors, timestamp
    FROM historical_states
    ORDER BY timestamp DESC
  `;

  return { state, trajectory };
}

DIAGRAM 01 - SYSTEM INITIALIZATION

Features

Time block all the things

Drag tasks into your calendar to block out the time to do the work

Effortlessly keep track of notes

Keep notes for every meeting with zero maintenance from you

Avoid interruptions and stay focused

Slack, Microsoft Teams Soon
Discord Soon
1:1 Maria
10 - 11AM
Team lunch
12 - 1PM
Coding
3 - 5PM
Tasks
Try it yourself
MY TASKS IN MY WORKSPACE 6
Call doctor
Work on RFC Proposal
FW Lawyer Calls
Reimbursement due from...
Read: "The Future of the...
Meet with Oguz Yag...
Meet with Oguz Yagiz Kara
Asana
Estimate
15m
30m
1hr
Starting from
Mon 22 May
Deadline of
Sun 16 Apr
Auto scheduled for 22 May 1PM

How teams use Autonomous Systems Engine

The engine supports all types of autonomous applications. From perception and reasoning to reliable execution and state replication.

Streamline perception
Enable systems to quickly map complex environments without worrying about sensor noise.
lidar
camera
Fusion template
SLA set to 24h
Standardize reasoning
Configure decision templates with concrete instructions, constraints, and fallback logic.
A
Reasoning constraint
Constraints
Safety override
Thermal limit
Energy conservation
Build a control desk
Turn any anomaly log into an automated ticket by reacting with a single command.
Avatar
System A
16:25
Actuator thermal limit reached
🎫 1
Avatar
System B
13:51
Need new calibration map
🎫 1
Improve resilience
Add automatic failover to your most critical processes to ensure continuous operation.
Failover Thread
E
Execution Engine
1 min ago
Initiated automatic failover sequence
Node 4 unresponsive. Switching to Node 5.
Process routed through secondary channel.
Centralize data logs
Manage incoming telemetry and environmental mapping requests more efficiently.
T
Telemetry sync
Request
I need help analyzing this diagnostic map:
#
Manage sensitive updates
Create private air-gapped instances for sensitive operations that only your core team can access.
Private Instance
Secure offline deployment

Questions before deployment?

Tell us what you're building and our team will help you choose the right deployment path, integrations, and reliability model.

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Tell us what you need

FAQ

How does the engine handle hardware failures?
The engine uses health checks, automatic failover, and state replication across nodes so workloads can continue while an affected node is isolated.
Is on-premise deployment supported?
Yes. Fully air-gapped, containerized, and private cloud installs are available for teams with strict security or compliance requirements.
What data sources can we connect?
Telemetry streams, sensor logs, event queues, databases, and internal APIs can be connected through the platform SDK.
How do teams monitor production systems?
Dashboards expose execution traces, node health, retries, latency, and failover events with alerting hooks for your existing tools.
Can we define safety constraints?
Yes. You can configure policy gates, fallback paths, approval thresholds, and hard limits for critical autonomous actions.
How long does implementation take?
Most teams start with a focused pilot in a few days, then expand into production after validating reliability, observability, and integration needs.