Project Jupiter — Super Desktop Edition

A next-generation, enterprise-grade software operating system that autonomously designs, builds, secures and optimizes complex digital products at scale. Jupiter blends strategic intelligence, specialized agents and a real-time feedback loop to accelerate delivery while preserving governance and trust.

Explore Kode7 (Engineering)View ArchitectureMeet the Agents
Deployment Uptime
99.9%
Compliance Coverage
GDPR, SOC2, ISO27001

Super Desktop — Enterprise Mode

Optimized for power users and mission-critical workflows with multi-window orchestration, persistent context, and role-aware access controls.

  • • Multi-agent pipelines with priority scheduling and rollback.
  • • Real-time telemetry, anomaly detection, and drift correction.
  • • Policy-as-code enforcement and automated compliance checks.
  • • Integrated CI/CD with environment-aware promotion rules.

System Architecture

Jupiter employs a modular architecture where the Orchestrator translates strategic inputs into agent tasks. Agents execute concurrently with clear SLAs. The system provides live dashboards, a unified event bus, and enforceable policy gates to keep deployments safe.

Orchestrator

High-level planning, priority management, and human-in-the-loop decision points.

Agent Mesh

Specialized agents with clear contracts and observability hooks.

Runtime Fabric

Secure, autoscaling runtime supporting multi-tenant isolation.

Integrations & Extensibility

Jupiter integrates with existing CI systems, cloud providers, observability tools, and enterprise identity providers. It exposes a plugin API to onboard custom agents and connectors.

Agent Ecosystem

Seven specialized agents collaborate to deliver complete products. Click any agent to explore its dedicated page and examples.

O
Strategic Orchestrator
Open profile →
Orion is responsible for strategic orchestrator. Its responsibilities include automated runbooks, SLA monitoring, and secure artifact publishing.
ViewUse cases
Use cases:
  • Automated feature delivery pipelines
  • Continuous policy validation and remediation
  • Telemetry-driven performance tuning
K
Engineering Executor
Open profile →
Kode7 is responsible for engineering executor. Its responsibilities include automated runbooks, SLA monitoring, and secure artifact publishing.
ViewUse cases
Use cases:
  • Automated feature delivery pipelines
  • Continuous policy validation and remediation
  • Telemetry-driven performance tuning
N
Quality & Reliability
Open profile →
Nexa is responsible for quality & reliability. Its responsibilities include automated runbooks, SLA monitoring, and secure artifact publishing.
ViewUse cases
Use cases:
  • Automated feature delivery pipelines
  • Continuous policy validation and remediation
  • Telemetry-driven performance tuning
R
Design & UX
Open profile →
Raya is responsible for design & ux. Its responsibilities include automated runbooks, SLA monitoring, and secure artifact publishing.
ViewUse cases
Use cases:
  • Automated feature delivery pipelines
  • Continuous policy validation and remediation
  • Telemetry-driven performance tuning
R
Platform & Infra
Open profile →
Rift is responsible for platform & infra. Its responsibilities include automated runbooks, SLA monitoring, and secure artifact publishing.
ViewUse cases
Use cases:
  • Automated feature delivery pipelines
  • Continuous policy validation and remediation
  • Telemetry-driven performance tuning
K
Security & Compliance
Open profile →
Kylo is responsible for security & compliance. Its responsibilities include automated runbooks, SLA monitoring, and secure artifact publishing.
ViewUse cases
Use cases:
  • Automated feature delivery pipelines
  • Continuous policy validation and remediation
  • Telemetry-driven performance tuning
F
Telemetry & Insights
Open profile →
Flux is responsible for telemetry & insights. Its responsibilities include automated runbooks, SLA monitoring, and secure artifact publishing.
ViewUse cases
Use cases:
  • Automated feature delivery pipelines
  • Continuous policy validation and remediation
  • Telemetry-driven performance tuning

Real World Examples

Below are condensed, illustrative examples of how Jupiter is used in complex environments.

Accelerated Roadmap Delivery

Orion analyzes market signals and reprioritizes backlog items. Kode7 executes feature work in parallel. Nexa runs automated acceptance and load tests. Kylo performs a compliance sweep and signs off via policy gates. Flux monitors rollout and triggers automatic canary rollbacks if anomalies appear.

Secure Multi-Cloud Migration

Rift coordinates infrastructure provisioning across clouds. Kylo ensures secrets and keys rotate. Kode7 adapts CI pipelines for new runtime targets while Nexa validates performance parity.

Compliance-as-Code

Policies are expressed in a declarative language and enforced automatically. All changes are audit-logged and tied back to agent runs for traceability.

Getting Started

Start with the Kode7 quickstart to set up a development pipeline, then onboard agents incrementally. For enterprise installations, enable Super Desktop mode for advanced orchestration features.

Quickstart

Repository, bootstrap scripts, and local runtime instructions.

Open Kode7 quickstart

Enterprise Install

Scale and secure using policy-as-code and multi-tenant controls.

Contact sales

Extending Jupiter

Create custom agents and connectors with the plugin SDK.

Read the architecture guide