posting velocity //
Opens vs closes per day
Based on 0 events over 90 days. Green days had more opens than closes, red vice-versa. The dark line is the 7-day rolling average.
Posting timing (day/hour) is available only when there are at least 5 jobs with a real publish stamp spread across 3 distinct days. This company's source doesn't expose post times, or there isn't enough data yet — showing what we know for sure: how many jobs are open, in which domains, and at which seniority levels.
Showing: Israel. Click another pill to switch.
Open now
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Total active openings across all sites
Δ 28-day
0
Opens minus closes in the last 28 days
Δ 90-day
0
Opens minus closes in the last 90 days
posting velocity //
Based on 0 events over 90 days. Green days had more opens than closes, red vice-versa. The dark line is the 7-day rolling average.
role mix //
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The green layer is the current share of active openings by role. The grey dashed layer is the 90-day baseline — gaps between them show where the company is shifting its hiring mix.
seniority pyramid //
Seniority is not exposed by the source for this company.
Distribution of active openings by seniority. The 'unknown' row groups jobs from sources that don't expose seniority.
geography //
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Active openings by region. Click a row to see jobs in that area.
time on market //
Median
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25th pct
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75th pct
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Based on 0 closed jobs and 0 still open (right-censored). Curve is Kaplan-Meier; band is the 95% CI.
Window: 180 days back. Don't read the mean — the long tail biases it. Median and percentiles are the honest summary.
Republish rate
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Fewer than 10 closures in the window — not enough to compute.
company intel · ai-generated
Updated 1d ago
Autotalks is an Israeli semiconductor company specializing in V2X (vehicle-to-everything) communication chips. The company develops dedicated short-range communication (DSRC) and C-V2X chipsets designed to enable vehicles, infrastructure, and vulnerable road users such as pedestrians and cyclists to exchange safety-critical data in real time. Autotalks was founded in 2008 and is headquartered in Kfar Netter, Israel.
In 2023, Qualcomm announced the acquisition of Autotalks, marking the single most significant event in the company's history. The deal brought Autotalks's V2X silicon expertise under Qualcomm's automotive division.
Autotalks's primary focus is fabless semiconductor design for V2X communication. Its chipsets implement both DSRC (IEEE 802.11p) and C-V2X (cellular vehicle-to-everything, based on 3GPP standards) protocols, allowing vehicles to broadcast and receive position, speed, and hazard information with very low latency — a requirement that cloud-based telematics cannot meet. The buyers are automotive OEMs and Tier-1 automotive suppliers integrating safety systems into new vehicle platforms. The technology is also applicable to roadside units (RSUs) deployed by infrastructure operators.
Autotalks's flagship product family is the CRATON chipset series, which supports both DSRC and C-V2X in a single design, enabling dual-mode V2X communication. The CRATON2 generation added enhanced security features and lower power consumption compared to the original CRATON. A separate chipset line, PLUTON, was designed specifically for pedestrian and cyclist safety devices — lower-cost, lower-power units intended for wearables and e-bikes that can communicate with CRATON-equipped vehicles.
The V2X semiconductor space is narrow and technically demanding. Named competitors include NXP Semiconductors, which has a long-established V2X chipset portfolio (the RoadLink family), and Qualcomm itself, which developed its own C-V2X modems before acquiring Autotalks. The acquisition by Qualcomm effectively consolidates two of the main V2X chip suppliers. Regulatory tailwinds — including European and U.S. mandates pushing V2X adoption in new vehicles — have driven interest in the space, though standardization debates between DSRC and C-V2X delayed broad deployment for several years.
Autotalks operated out of Kfar Netter with its core R&D team in Israel. As a fabless chip company, the Israel office housed the primary engineering functions: chip architecture, RTL design, firmware, and system engineering. Detailed public information about current headcount or post-acquisition office status is limited.
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