WarpWare

WarpWare

Software for accelerated space access

See it in action

See it in action

See it in action

See it in action

Access to quality software shouldn’t be a bottleneck.

Designing and integrating a payload comes with a massive software challenge: no off-the-shelf solution exists to develop, test, integrate, and operate missions. WarpWare changes that.

By standardizing flight software and providing out-of-the-box integrations for commercial hardware, peripherals, and buses, WarpWare eliminates redundant development and accelerates every payload’s path to orbit.

All Tasks

Integrated Decision Making

  • Mission Operations

    Waiting on approval

  • GN&C subsystem

    Approved

  • EPS subsystem

    Alt option proposed

  • Payload subsystem

    Waiting on approval

  • Structures Subsystem

    Approved

All Tasks

Integrated Decision Making

  • Mission Operations

    Waiting on approval

  • GN&C subsystem

    Approved

  • EPS subsystem

    Alt option proposed

  • Payload subsystem

    Waiting on approval

  • Structures Subsystem

    Approved

All Tasks

Integrated Decision Making

  • Mission Operations

    Waiting on approval

  • GN&C subsystem

    Approved

  • EPS subsystem

    Alt option proposed

  • Payload subsystem

    Waiting on approval

  • Structures Subsystem

    Approved

Utilize A Unified Mission Stack

WarpWare is the first end-to-end space mission platform: unifying mission design, vehicle development, software testing, bus integration, and real-time operations.

Cut Development costs by 70%

Don't waste time rebuilding the core capabilities that everyone else already has. WarpWare’s standardized, flight-proven stack streamlines development by reducing time, cost, and risk across development cycles.

Ask Warpy

From generating simulation scripts to debugging flight software, Warpy accelerates every step of your workflow.

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Add document

Analyze

Generate Image

research

Ask Warpy

From generating simulation scripts to debugging flight software, Warpy accelerates every step of your workflow.

|

Add document

Analyze

Generate Image

research

Ask Warpy

From generating simulation scripts to debugging flight software, Warpy accelerates every step of your workflow.

|

Add document

Analyze

Generate Image

Current Tasking :

Install updated algorithms

90% Finsihed

Scheduled Tasking

Mo

Tu

We

Th

Fr

Sa

Su

Image area of interest

10:00 am to 10:30 am

Onboard processing

06:00 pm to 06:30 pm

Current Tasking :

Install updated algorithms

90% Finsihed

Scheduled Tasking

Mo

Tu

We

Th

Fr

Sa

Su

Image area of interest

10:00 am to 10:30 am

Onboard processing

06:00 pm to 06:30 pm

Current Tasking :

Install updated algorithms

90% Finsihed

Scheduled Tasking

Mo

Tu

We

Th

Fr

Sa

Su

Image area of interest

10:00 am to 10:30 am

Onboard processing

06:00 pm to 06:30 pm

Build for Scale

From single payloads to entire constellations, WarpWare scales with your mission. Standard interfaces and reusable components enable rapid deployment across multiple spacecraft and programs.

Develop once, Deploy anywhere

Write your payload specific software once—then deploy it seamlessly across a variety of vehicles. WarpWare ensures consistency across hardware platforms, enabling faster iteration, easier validation, and confident operations on orbit.

Payload Deployments

Launched

Integrated

In-Development

Plan

Schedule

Command

Payload Deployments

Launched

Integrated

In-Development

Plan

Schedule

Command

Payload Deployments

Launched

Integrated

In-Development

Plan

Schedule

Command

One Platform that works across multiple teams

WarpWare unifies every stage of mission development, from early design to on-orbit operations, so your teams can collaborate seamlessly within a single, integrated environment.

Mission Design

Teams can design spacecraft trajectories to meet mission objectives, develop communications, power, propellant, and pointing budgets, and analyze the feasibility of proposed mission scenarios.

Mission Design

Teams can design spacecraft trajectories to meet mission objectives, develop communications, power, propellant, and pointing budgets, and analyze the feasibility of proposed mission scenarios.

Mission Design

Teams can design spacecraft trajectories to meet mission objectives, develop communications, power, propellant, and pointing budgets, and analyze the feasibility of proposed mission scenarios.

Vehicle Design

Engineers can conduct trade studies of COTS components, perform high-fidelity analyses of spacecraft performance across varying mission parameters, and develop or integrate custom models of spacecraft systems, software, and environments.

Vehicle Design

Engineers can conduct trade studies of COTS components, perform high-fidelity analyses of spacecraft performance across varying mission parameters, and develop or integrate custom models of spacecraft systems, software, and environments.

Vehicle Design

Engineers can conduct trade studies of COTS components, perform high-fidelity analyses of spacecraft performance across varying mission parameters, and develop or integrate custom models of spacecraft systems, software, and environments.

Software Development

Developers can design, implement, and validate high-reliability embedded flight software using WarpWare’s modular real-time framework - enabling deterministic, thread-safe execution of GN&C algorithms and seamless integration with onboard avionics and peripherals.

Software Development

Developers can design, implement, and validate high-reliability embedded flight software using WarpWare’s modular real-time framework - enabling deterministic, thread-safe execution of GN&C algorithms and seamless integration with onboard avionics and peripherals.

Verification and Validation

Teams can integrate and test GN&C algorithms and flight software, validate performance through Monte Carlo, software-in-the-loop, and hardware-in-the-loop testing, and ensure every mission build is flight-ready before launch.

Verification and Validation

Teams can integrate and test GN&C algorithms and flight software, validate performance through Monte Carlo, software-in-the-loop, and hardware-in-the-loop testing, and ensure every mission build is flight-ready before launch.

Verification and Validation

Teams can integrate and test GN&C algorithms and flight software, validate performance through Monte Carlo, software-in-the-loop, and hardware-in-the-loop testing, and ensure every mission build is flight-ready before launch.

Mission Operations

Operators can plan and execute spacecraft maneuvers, issue real-time commands, monitor live telemetry, and explore “what-if” scenarios - continuously analyzing and optimizing mission performance using the same data and models carried through from design.

Mission Operations

Operators can plan and execute spacecraft maneuvers, issue real-time commands, monitor live telemetry, and explore “what-if” scenarios - continuously analyzing and optimizing mission performance using the same data and models carried through from design.

Mission Operations

Operators can plan and execute spacecraft maneuvers, explore “what-if” scenarios, and continuously analyze and optimize mission performance using the same data and models carried through from design.

Mission Operations

Operators can plan and execute spacecraft maneuvers, explore “what-if” scenarios, and continuously analyze and optimize mission performance using the same data and models carried through from design.

Tailored tools, Integrated workflows.

WarpTwin

The digital twin environment of WarpWare, WarpTwin simulates your spacecraft and enables rapid prototyping of your vehicle.

Warp OS

The real-time flight software foundation of WarpWare, WarpOS powers everything from CubeSats to launch vehicles.

WarpLINK

WarpLINK

The mission operations environment of WarpWare, WarpLink connects teams, spacecraft, and data in real time.

How WarpWare Works

WarpWare unifies mission design, software development, testing, and operations into one continuous workflow - so teams can move from concept to orbit without having to integrate multiple tools and workflows.

Step 1

Design Your Mission

Model your spacecraft, trajectory, and mission objectives in a fully integrated environment.
Define system budgets, evaluate feasibility, and link design parameters directly to simulation and software development.

Mission Design made easy

Design check

Vehicle check

Schedule check

Algorithm check

Design for Ops

Mission Design made easy

Design check

Vehicle check

Schedule check

Algorithm check

Design for Ops

Step 2

Develop Your Software

Build flight-ready code using WarpWare’s standardized framework.
Develop and test GN&C algorithms, integrate COTS components, and generate real-time, thread-safe software for your spacecraft — all within a unified development stack.

  • class AutomationTrigger:
    def __init__(self, threshold):
    self.threshold = threshold
    self.status = "inactive"

    def check_trigger(self, value):
    if value > self.threshold:
    self.status = "active"
    return "Automation triggered!"
    else:
    return "No action taken."
    def get_status(self):
    return f"Status: {self.status}"

  • class AutomationTrigger:
    def __init__(self, threshold):
    self.threshold = threshold
    self.status = "inactive"

    def check_trigger(self, value):
    if value > self.threshold:
    self.status = "active"
    return "Automation triggered!"
    else:
    return "No action taken."
    def get_status(self):
    return f"Status: {self.status}"

  • class AutomationTrigger:
    def __init__(self, threshold):
    self.threshold = threshold
    self.status = "inactive"

    def check_trigger(self, value):
    if value > self.threshold:
    self.status = "active"
    return "Automation triggered!"
    else:
    return "No action taken."
    def get_status(self):
    return f"Status: {self.status}"

  • class AutomationTrigger:
    def __init__(self, threshold):
    self.threshold = threshold
    self.status = "inactive"

    def check_trigger(self, value):
    if value > self.threshold:
    self.status = "active"
    return "Automation triggered!"
    else:
    return "No action taken."
    def get_status(self):
    return f"Status: {self.status}"

Step 3

Validate on Your Hardware

Seamlessly transition from simulation to hardware.
Run software-in-the-loop and hardware-in-the-loop tests, verify interfaces with flight computers and peripherals, and ensure your mission software performs exactly as designed before launch.

WarpWare

Your Hardware

WarpWare

Your Hardware

Step 4

Operate Your Mission

Leverage the same platform to plan maneuvers, monitor spacecraft health, and analyze performance in real time.
WarpWare’s digital twin architecture keeps your operations synchronized with on-orbit behavior — enabling smarter, faster, and safer decision-making.

Connectivity

Satellite is not currently in range.

Flight Software Update

Will be installed on next pass.

Vehicle Health

All Systems Nominal.

Connectivity

Satellite is not currently in range.

Flight Software Update

Will be installed on next pass.

Vehicle Health

All Systems Nominal.

Case Studies: From Design to Orbit

From launch vehicle software to cislunar constellations, teams are using WarpWare to unify development, testing, and operations. Scroll below to see how the platform has helped organizations simplify complex mission workflows, and reduce development time.

DRAG TO EXPLORE

DRAG TO EXPLORE

From concept to orbit in 5 months

LEAP designed their entire vehicle's software onboard the WarpWare platform. The ability to re-use prior developed software saved them 6+ months of effort and cost.

Impact :

65% reduction in total software development timeline from architecture to integration

40% fewer test campaign hours through automated software-in-the-loop and hardware-in-the-loop testing

80% reuse of flight-ready code across guidance, navigation, and control modules

3× faster certification prep for FAA simulations and flight readiness reviews

From concept to orbit in 5 months

LEAP designed their entire vehicle's software onboard the WarpWare platform. The ability to re-use prior developed software saved them 6+ months of effort and cost.

Impact :

65% reduction in total software development timeline from architecture to integration

40% fewer test campaign hours through automated software-in-the-loop and hardware-in-the-loop testing

80% reuse of flight-ready code across guidance, navigation, and control modules

3× faster certification prep for FAA simulations and flight readiness reviews

Accelerating Mission Design

Using WarpWare’s unified mission stack, Sidus Space was able to rapidly assess various mission profiles and select an optimal architecture by integrating custom software with COTS hardware in a shared digital twin environment.

Impact :

60% faster simulation cycles for constellation coordination and orbital planning

50% reduction in mission integration overhead via standardized bus and payload interfaces

30% improvement in on-orbit autonomy modeling accuracy through digital twin synchronization

2× increase in concurrent engineering productivity across distributed teams

Accelerating Mission Design

Using WarpWare’s unified mission stack, Sidus Space was able to rapidly assess various mission profiles and select an optimal architecture by integrating custom software with COTS hardware in a shared digital twin environment.

Impact :

60% faster simulation cycles for constellation coordination and orbital planning

50% reduction in mission integration overhead via standardized bus and payload interfaces

30% improvement in on-orbit autonomy modeling accuracy through digital twin synchronization

2× increase in concurrent engineering productivity across distributed teams

Improved GPS-Denied Search and Rescue for the Air Force Research lab

The M-SAT DEXSTR mission required unprecedented coordination between hardware, software, and mission design teams. WarpWare’s modular, flight-proven framework enabled S&T’s team to focus on payload innovation, not infrastructure integration.

Impact :

>50% reduction in software integration and testing time

70% of flight code validated in simulation before hardware testing

3× faster iteration between algorithm updates and real-time test execution

100% consistency between software-in-the-loop and hardware-in-the-loop performance results

Improved GPS-Denied Search and Rescue for the Air Force Research lab

The M-SAT DEXSTR mission required unprecedented coordination between hardware, software, and mission design teams. WarpWare’s modular, flight-proven framework enabled S&T’s team to focus on payload innovation, not infrastructure integration.

Impact :

>50% reduction in software integration and testing time

70% of flight code validated in simulation before hardware testing

3× faster iteration between algorithm updates and real-time test execution

100% consistency between software-in-the-loop and hardware-in-the-loop performance results

"Automating 50% of operations saved 20% in costs in 2 months"

FinSolve, a financial services firm, was overloaded with repetitive tasks. By automating workflows and integrating data systems, they streamlined operations and significantly reduced overhead.

Impact :

50% Operations Automated

20% Cost Reduction

70+ Hours Saved/Month

2x Faster Client Onboarding

Frequently Asked Questions

Still have more questions? Email our help center.

Why should I use WarpWare instead of piecing together industry-standard tools?

Most missions spend months integrating simulation, software development, and operations tools that were never designed to work together. WarpWare unifies those workflows into a single platform — one environment for mission design, flight software development, testing, and operations. By using a standardized, flight-proven stack, you eliminate tool fragmentation, reduce integration risk, and accelerate development timelines by up to 70%.

How do I get started with WarpWare?

I’m already developing my mission. Can I still work with WarpWare?

Does WarpWare come with support?

Can I integrate WarpWare with other tools?

Why should I use WarpWare instead of piecing together industry-standard tools?

Most missions spend months integrating simulation, software development, and operations tools that were never designed to work together. WarpWare unifies those workflows into a single platform — one environment for mission design, flight software development, testing, and operations. By using a standardized, flight-proven stack, you eliminate tool fragmentation, reduce integration risk, and accelerate development timelines by up to 70%.

How do I get started with WarpWare?

I’m already developing my mission. Can I still work with WarpWare?

Does WarpWare come with support?

Can I integrate WarpWare with other tools?

Ready to go fast?

Get started with a free trial to WarpWare today.

WarpWare by ATTX

Copyright © 2025 ATTX Inc.

All rights reserved.

WarpWare by ATTX

Copyright © 2025 ATTX Inc.

All rights reserved.