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GAMBIT

Flexible Waveform Processing Without Vendor Lock-In

GAMBIT is a secure, flexible ground station processing framework optimized for low-latency, high-throughput waveform and DSP applications.

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THE PROBLEM

Ground Stations Are Inflexible And Lock Operators Into Single Vendor Solutions

01

Proprietary ground station architectures create vendor lock-in and prevent operational flexibility.

02

Ground stations can’t process multiple waveforms simultaneously from different sources.

03

Ground station processing introduces unacceptable latency that stalls operations.

THE SOLUTION

Highly Flexible, Open Frameworks Eliminate Vendor Lock And Support Multi-Mission Processing

01

Open APIs and standards eliminate vendor lock-in.

02

Multi-mission framework processes diverse waveforms.

03

GPU acceleration delivers low-latency, high-throughput processing.

04

Kubernetes-based architecture scales to multi-mission processing demands.

How It Works

Flexible Waveform Processing On Open Architecture

01

On-premise DSP-native cloud architecture

On-premise architecture eliminates network delays allowing immediate processing where cloud deployments create operational delays.

Key Capabilities

  • On-premise DSP-native cloud architecture
  • Optimized CPU/GPU waveform processing
  • Low-latency local operation
02

Open APIs and data standards

GAMBIT’s open APIs and data standards enable mission deployment while removing vendor lock and integration bottlenecks. Open architecture enables choosing best-of-breed solutions and granting operators flexibility and control over technology decisions.

Key Capabilities

  • Open APIs and data standards
  • Vendor-agnostic architecture
  • Removes integration bottlenecks
03

Multi-mission waveform library support

Multi-mission capability protectively hosts government, GOTS, COTS, proprietary, and GFE waveforms.

Key Capabilities

  • Simultaneous diverse waveform processing
  • Multiple mission support from one framework
  • Protected hosting of varied waveform types
04

Role-based access and security compliance

Protected architecture maintains security while enabling operational capability across various waveforms and missions.

Key Capabilities

  • Role-based access control
  • CNCF and DOD Security Guidelines compliance
  • Protected multi-mission operations
05

Operator workflow integration and alerting

Native integration and open APIs let operators receive information through familiar channels and access data through standard interfaces.

Key Capabilities

  • Integrates 12+ notification applications
  • Open API for tasking and data retrieval
  • Seamless operator workflow integration
06

Kubernetes scalability and resource optimization

Scalable architecture expands mission capacity—adding waveforms, increasing processing demand, supporting new operations—without infrastructure replacement.

Key Capabilities

  • Kubernetes-based micro-service architecture
  • Optimized resource scheduling and load balancing
  • Scales to mission processing demands

01

VITA 49.2

DIFI and SDDS Capable

02

Open API

for tasking and data retrieval

03

GPU-enabled

waveform processing

04

Cloud-based

Kubernetes architecture

05

Protected hosting

of 3rd party, GOTS, COTS, Proprietary, and GFE waveforms

FAQ

Common Questions About Ground Station Processing Framework

What is GAMBIT and how does it differ from proprietary ground stations?
How does GAMBIT prevent vendor lock-in?
Can GAMBIT process multiple waveforms simultaneously?
What waveforms and data formats does GAMBIT support?
How does GPU acceleration reduce processing latency?
What security measures protect data in GAMBIT?
How does GAMBIT integrate with operator tools and workflows?
Can GAMBIT scale to handle growing mission complexity?
What is the cost advantage of COTS-based architecture?
What military and commercial operators use GAMBIT today?

GAMBIT is a secure, flexible, vendor-agnostic ground station processing framework optimized for low-latency, high-throughput waveform and DSP applications. GAMBIT’s open APIs and vendor-agnostic architecture enable operators choosing best-of-breed solutions without vendor lock-in. Proprietary ground stations lock operators into single vendors preventing switching to better alternatives where GAMBIT enables operational flexibility.

GAMBIT’s open APIs, data standards, and vendor-agnostic architecture remove vendor lock-in enabling operators adopting new waveforms, integrating advanced capabilities, and optimizing for mission requirements. Proprietary systems force accepting vendor limitations. Open architecture enables operators maintaining control over technology choices—selecting components matching mission needs without proprietary constraints.

Yes. GAMBIT simultaneously processes diverse waveform libraries spanning multiple missions from a single unified framework. Traditional ground stations require separate hardware for different waveforms increasing equipment burden. Multi-mission capability enables processing government, GOTS, COTS, proprietary, and GFE waveforms together from unified operations reducing equipment complexity.

GAMBIT protectively hosts diverse waveforms—government-owned, GOTS (Government off-the-shelf), COTS (Commercial off-the-shelf), proprietary, and GFE (Government-furnished equipment). VITA 49.2 DIFI and SDDS data format capability enables interoperability with diverse RF collection platforms. Open APIs enable integrating custom waveforms and data formats supporting mission-specific requirements.

GAMBIT’s on-premise DSP-native cloud architecture with GPU acceleration optimizes CPU/GPU high-speed RF data processing delivering low-latency performance. Cloud-based processing introduces network delays preventing real-time operations. On-premise GPU processing eliminates network latency—operators get real-time processing enabling immediate decision-making where cloud solutions create dangerous delays.

GAMBIT’s role-based access control protects user and application data enabling secure multi-tenant operations. Adherence to Cloud Native Compute Foundation (CNCF) and DOD Security Guidelines ensures government-ready security posture. Protected hosting of diverse waveforms maintains security while enabling operational flexibility across multiple missions.

GAMBIT natively integrates with 12+ notification applications (email, text, government systems) enabling operator situational awareness. Open API enables tasking and data retrieval integrating with operator tools. Native notification integration and open APIs eliminate separate alerting systems—operators receive relevant information through familiar channels.

Yes. GAMBIT’s Kubernetes-based micro-service architecture and DSP-oriented load balancing scale to mission processing needs. Optimized resource scheduling maximizes system utilization enabling efficient processing at scale. Scalable architecture enables adding new waveforms, increasing throughput, or supporting new missions without infrastructure replacement.

GAMBIT’s commercial off-the-shelf (COTS) hardware and software baseline reduces operations and maintenance costs compared to proprietary systems. COTS approach enables using standard components reducing vendor lock-in to specialized hardware. Cost-effective deployment enables rapid mission scaling without expensive custom hardware investments.

GAMBIT supports military and commercial operators processing diverse waveforms from ground stations. Military commands deploying GAMBIT benefit from flexible multi-mission processing eliminating vendor constraints. Commercial operators leverage GAMBIT for efficient processing reducing O&M costs while maintaining operational flexibility across growing missions.

Ready To Enable Flexible, Vendor-Agnostic Ground Processing?

Whether processing various waveforms, scaling to multi-mission demands, or avoiding vendor lock-in, GAMBIT delivers flexible ground station processing.

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