Vicharak

We make computers that you can use to build robots, drones, intelligent machines, IoT solutions, or simply for fun and experimentation

[Vicharak @Vicharak_In]

Ladies and gentlemen, as we all know, @Qualcomm’s IoT SoC will empower the entire ecosystem out there. We’re introducing something exceptional in the single-board computer domain, with it also we’ve also explored modularity, much like @FrameworkPuter. It’s powered by the QCS6490, delivering 12 TOPS of performance.

[Vicharak @Vicharak_In]

@mayankltgm Computex, taiwan. Computer hardware conference

[Vicharak @Vicharak_In]

We’re all set for taiwan today.

[Vicharak @Vicharak_In]

Cinema meets Edge AI.

We experimented with running a Computer Vision model locally while analyzing shots from the official trailer of The Odyssey directed by Christopher Nolan starring Matt Damon, @TomHolland1996 , @Zendaya , Anne Hathaway, Robert Pattinson, and @Lupita_Nyongo
No cloud processing just real-time AI inference running directly on-device.

This was a fun side experiment by the Vicharak team exploring how AI can understand cinematic scenes in real time.

All trailer footage belongs to Universal Pictures and the respective creators of The Odyssey.
This video is shared purely for research, educational, and technological demonstration purposes.

If this post crosses 10,000 likes and 1,000 reposts, we’ll open-source the complete codebase and demo pipeline.

Built by Team Vicharak.

[Vicharak @Vicharak_In]

Pretty neat project on the Shrike-lite FPGA side. The CLI is a next-level upgrade for the toolchains. This opens the door for a lot of cool projects now

[ヴァルカン @VulcanIgnis]

Finished shrike-gen for @Vicharak_In Shrike lite board and SLG47910V (Rev BB) FPGAs.

shrike-gen enables Makefile based project creation and build without having to use Renesas' Go Config GUI nightmare.

Finally I am free from the GUI nightmare.

Stay tuned!

[Vicharak @Vicharak_In]

@Kumar4Vruddhi47 @TomHolland1996 @Zendaya @Lupita_Nyongo You can buy off the shelf hailo and plug it in Axon directly

[Vicharak @Vicharak_In]

Cinema meets Edge AI.

We experimented with running a Computer Vision model locally while analyzing shots from the official trailer of The Odyssey directed by Christopher Nolan starring Matt Damon, @TomHolland1996 , @Zendaya , Anne Hathaway, Robert Pattinson, and @Lupita_Nyongo
No cloud processing just real-time AI inference running directly on-device.

This was a fun side experiment by the Vicharak team exploring how AI can understand cinematic scenes in real time.

All trailer footage belongs to Universal Pictures and the respective creators of The Odyssey.
This video is shared purely for research, educational, and technological demonstration purposes.

If this post crosses 10,000 likes and 1,000 reposts, we’ll open-source the complete codebase and demo pipeline.

Built by Team Vicharak.

[Vicharak @Vicharak_In]

What we do?
link:- https://t.co/ndiP3fduxa

[Vicharak @Vicharak_In]

PS :- We also have small booth in Innovex co-located with computex this year.

Where we will showcase some of our edge computing boards.

[Vicharak @Vicharak_In]

What we do?
link:- https://t.co/ndiP3fduxa

[Vicharak @Vicharak_In]

For years, developers have been forced to work around hardware limitations.

With Vaaman, we wanted to change that.

Vaaman is now available on the Vicharak Store a Linux SBC built with FPGA-powered reconfigurable compute at its core.

Need more UARTs? Different protocols? Custom hardware acceleration? Real-time interfaces? Instead of changing boards, you reconfigure the hardware.

Built for developers who like understanding systems deeply, experimenting freely, and pushing hardware beyond fixed designs.

- FPGA-powered reconfigurable computing
- Linux SBC for embedded & edge applications
- Custom peripherals and hardware acceleration
- Designed for robotics, vision, industrial and R&D workloads
- Built by engineers, for engineers

Hardware should adapt to your ideas not the other way around.
#FPGA #ReconfigurableComputing #EmbeddedLinux #SBC #HardwareDesign #EdgeComputing #Robotics #Electronics #Vicharak #Vaaman

[Vicharak @Vicharak_In]

@top_gun0007 https://t.co/Tr78CsZKEh

[Vicharak @Vicharak_In]

For years, developers have been forced to work around hardware limitations.

With Vaaman, we wanted to change that.

Vaaman is now available on the Vicharak Store a Linux SBC built with FPGA-powered reconfigurable compute at its core.

Need more UARTs? Different protocols? Custom hardware acceleration? Real-time interfaces? Instead of changing boards, you reconfigure the hardware.

Built for developers who like understanding systems deeply, experimenting freely, and pushing hardware beyond fixed designs.

- FPGA-powered reconfigurable computing
- Linux SBC for embedded & edge applications
- Custom peripherals and hardware acceleration
- Designed for robotics, vision, industrial and R&D workloads
- Built by engineers, for engineers

Hardware should adapt to your ideas not the other way around.
#FPGA #ReconfigurableComputing #EmbeddedLinux #SBC #HardwareDesign #EdgeComputing #Robotics #Electronics #Vicharak #Vaaman

[Vicharak @Vicharak_In]

@Booophook Everything is in pipeline.

[Vicharak @Vicharak_In]

@PranavPW We have it planned already.

[Vicharak @Vicharak_In]

@JaidevJamwal Yes, as discussed earlier.

[Vicharak @Vicharak_In]

Great job by @spr4bhu for porting picorv32, a ultra-minimal RISC-V core to Shrike-lite!

You can literally design your own custom CPU on this $4 board now. The example is officially merged into our repo!

[Vicharak @Vicharak_In]

@Jerome04475418 @AksharVastarpar @dwarkesh_sp @reinerpope For ForgeFPGA.

https://t.co/b1fVzAG3gZ

This is 4$ series 120Mhz on MCU side 50Mhz on FPGA side.

For Vaaman,

https://t.co/iiNpwS06mG

Vaaman has, 6 Core Arm processor ( 2Ghz )+ T120 ( 112K LUTs ) FPGA. It scales up to 100Mhz.

IO standards very based on FPGAs and MCUs.

[Vicharak @Vicharak_In]

@IndianGems_ check out our AXON an Edge-AI single board computer.
https://t.co/ndiP3fduxa