High-Performance Spaceflight Computing Workshop 2026HPSC 2026
Secure controller boot sequence complete…..
System controller boot sequence complete…..
Application cluster1 and cluster2 boot sequence complete…..
Debian Linux loaded……
Clock domains stable……
Radiation counters nominal……
Telemetry buffer allocated……
At T+0x8555 cycles, a new packet is emitted:
ANNOUNCEMENT FRAME // PRIORITY: HIGH
A future interrupt has been scheduled.
In August 2026, during the IEEE Space Computing Conference, an HPSC Workshop will execute.
The agenda has been parsed and validated:
- Data streams will originate from Microchip, NASA/JPL, and multiple vendors from the HPSC ecosystem.
- Presentations will transmit the latest state vectors for HPSC hardware, software, boards, and surrounding ecosystem development.
- Speakers will publish their current development status and forward execution plans.
- Live hardware and software demos will run in real time.
- Observers will be able to witness HPSC in live operation.
This is not a concept review.
This is not a static slide deck.
This is a synchronized checkpoint in the evolution of HPSC—where innovation converges with operation, and an ecosystem transitions from initialization to sustained runtime.
Event flag set.
Curiosity encouraged.
Attendance recommended.
End of transmission.
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Sent from the PIC64-HPSC using Python on Debian Linux, somewhere between lab bench and orbit, waiting for the next interrupt.
Schedule
Date: Monday, August 3
Time: 1:00 pm to 5:00 pm, PDT
Location: Keynote Room
Tentative Agenda
| Organization | Presentation |
|---|---|
| NASA-JPL | HPSC Program Update |
| Moog | HPSC Single Board Computer |
| IDEAS-TEK | HPSC Single Board Computer |
| Trident Systems | HPSC Single Board Computer |
| Power Device Corporation | HPSC Single Board Computer |
| SpaceBilt | Large in-Space Server |
| Wind River | VxWorks BSP |
| DornerWorks | Assured Isolation/Virtualization for HPSC |
| Lauterbach | Debugging of High-Performance Spaceflight Computing with Lauterbach TRACE32 |
