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Observability platform Observe raises $50M in debt, launches gen AI features



Venture investors see potential in observability software — i.e. software that gives teams the ability to monitor, measure and understand the state of a system or app. And that’s not surprising. The observability market is forecasted to reach $2 billion by 2026, climbing from $278 million in 2022, according to 650 Group.

The growth is perhaps because of the software’s perceived benefits. A 2022 survey from Enterprise Strategy Group found that advanced observability deployments can cut downtime costs by 90%, keeping costs down to $2.5 million annually versus $23.8 million for observability “beginners.”

In any case, vendors like Observe are riding high.

Observe, which develops software-as-a-service observability tools for storing, managing and analyzing machine-generated data and logs, has raised $50 million in convertible debt (i.e. debt that converts to equity) led by Sutter Hill Ventures. The financing will be used to grow Observe’s sales and R&D teams, according to CEO Jeremy Burton, as the company looks to expand its headcount from 150 employees to 250 by the end of 2024.

Burton says that the decision to opt for debt funding was in the interest of deferring dilution.

“We expect to raise the Series B early next year, at which time the debt will convert to equity,” Burton told TechCrunch in an email interview. “We’ve run the company off of debt financing for the past three years.”

San Mateo-based Observe, which was founded in 2017 by Jacob Leverich, Jon Watte, Jonathan Trevor and Philipp Unterbrunner, stores all raw observability data in a data lake, a centralized repository. It curates and layers analytics on top of this data through what Burton calls a “data graph,” ostensibly making it easier for users to navigate and understand the data.

Observe competes with app monitoring software; monitoring and log analytics tools like New Relic, Splunk, Datadog and Sumo Logic; and new entrants to the observability space such as Grafana, Chronosphere and Honeycomb. But it’s launching new tools and capabilities to stay ahead of the curve.

Burton claims that Observe is now capable of ingesting over a petabyte of data per day into a single customer’s instance while providing a “live” mode for interactive debugging. And, as of this week, Observe offers a range of generative AI features designed to expedite specific observability tasks.


Image Credits: Observe

For example, Observe’s new GPT Help module, basically a chatbot, responds to natural language commands about Observe’s features, “how-to” tasks and error messages. Meanwhile, GPT Extract parses data to add structure to logs on the fly. GPT Slack Assistant embeds into Slack to help users troubleshoot issues and summarize threads for incident response. And OPAL Co-Pilot generates Opal code — Observe’s query language — in response to natural language inputs.

Now, do organizations investing in observability want all this trendy generative AI stuff? It’s possible. Burton seems to think so, for what it’s worth.

“As organizations become increasingly digital, the volume of telemetry data generated by modern distributed applications is exploding,” Burton said. “Legacy tools weren’t designed for either the volume of data or the complexity of investigating unknown problems in production … But since its founding, Observe has viewed observability as a data problem — if data used to troubleshoot could be stored in one place and reasoned about in a single tool, users would be able to solve problems much faster.”

Generative AI isn’t all that’s new in Observe’s platform. The company’s introducing Observe Apps, prebuilt packages containing Observe configurations and best practices for observing specific dev environments. And Observe’s launching a public API and command line interface, alongside options to export data to a CSV file or a Snowflake dashboard for further analysis.

Burton admits that the economic downturn and pandemic forced Observe to shift its go-to-market approach, with an increased focus on companies with 200 to 2,000 employees. But he claims that this led to success in the end, bringing Observe’s client base to over 60 brands and around 1,600 monthly average users.

“Over the past year, we’ve moved the sales team up to larger accounts and that has resulted in much higher average sales prices and less churn,” Burton said. “While we’re not disclosing annual recurring revenue at this time, what we can share is that Observe has already surpassed its new annual contract value plan for 2023.”

Will generative AI and a platform refresh take Observe to new heights? Perhaps. Or maybe it’ll simply enable Observe to stay a disciplined, measured-growth course, which isn’t necessarily a bad thing.

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Neuralink’s Rival Company Precision Creates World Record By Placing Over 4,000 Electrodes In Human Brain




Elon Musk-owned Neuralink’s rival Precision Neuroscience has set the world record for placing 4,096 electrodes in the human brain. It is double the number of electrodes placed last year – 2,048.

According to the official statement, the record-setting operation took place in April at the Mount Sinai Health System in New York, as part of an ongoing clinical trial for the brain chip.

Precision’s chip in the brain. Image: Precision Neuroscience

Precision’s implant uses a thin-film microelectrode array containing 1,024 miniature electrodes covering 1.6 square cm of area. Four such arrays were placed on the patient’s brain.

More number of electrodes will ensure higher data transmission to and from the brain, and this will determine the capability of the chip.

ALSO SEE: Neuralink’s Paralysed Patient Desires A Tesla Robot Assistant He Can Control With His Mind

“This record is a significant step towards a new era. The ability to capture cortical information of this magnitude and scale could allow us to understand the brain in a much deeper way,” said Benjamin Rapoport, Precision’s co-founder and Chief Science Officer.

Also a co-founder of Neuralink, Rapoport exited the company and established Precision with two other Neuralink members in 2021.

According to Ars Technica, he told The Wall Street Journal that the reason for his exit from Neuralink were the safety concerns regarding the brain implants which he says are too invasive.

ALSO SEE: Elon Musk’s Neuralink Gets Approval For Second Chip Implant In Human Brain

The company claims that its ‘Layer 7 Cortical Interface’ can conform to the brain’s cortex with minimal invasiveness and without damaging any tissue.

Neuralink is currently at the forefront in the brain-computer interface game. It implanted the chip in the first patient earlier this year and is preparing for the second operation.

As for Precision, it is testing its chip through research collaborations with West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and New York’s Mount Sinai Health System.

(Image: Precision Neuroscience)

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Boeing To Launch Starliner With Sunita Williams Without Fixing The Leak: Report




Boeing has decided to go ahead with Starliner’s crew launch without fixing the helium leak, a report said. Targeted for 9:55 pm on June 1, the Crew Flight Test mission of Boeing is its first with two astronauts – Sunita Williams and Barry Wilmore.

The company is already busy defending itself for the safety concers with its planes. This now seems to be spilling onto the space business, but NASA says it should not be a problem.

“We can handle this particular leak if that leak rate were to grow even up to 100 times,” Steve Stich, manager of NASA’s Commercial Crew Program, said per Futurism, which quoted Agence France-Presse.

Barry Wilmore and Sunita Williams at the Kennedy Space Center. Image: NASA

The leakage was detected on Starliner earlier this month after the launch was scrubbed on May 7. While that particular scrub was due to a malfunctioned valve on the United Launch Alliance’s (ULA) Atlas V rocket, Starliner was found to be faulty a few days later due to the leakage in it service module.

ALSO SEE: Elon Musk Weighs In On Rival Boeing’s Failure To Reach Orbit; ‘Too Many Non-Technical Managers’

Amid the concerns, Stitch also reportedly cited the example of SpaceX’s Dragon spacecraft which launched despite losing fuel in 2022. The official said that the leak caused by a defective seal will only affect one of Starliner’s 28 attitude-control thrusters.

If the launch were to get delayed again for some reason, additional opportunities will be available on June 2, June 5 and June 6.

The mission is meant to test Starliner with Williams and Wilmore onboard as Boeing is looking to win a NASA contract for routine flights to the International Space Station (ISS). The leaky spacecraft is without a doubt a hazard which could be disastrous for the mission.

Starliner has faced several issues which included a flammable tape and a problematic parachute line which had to be removed a few weeks ago. The helium leak has now added to the problem.

Meanwhile, the astronauts have arrived at the Kennedy Space Center for the launch and are preparing for the third flight of their career.

ALSO SEE: NASA’s Partner Wants Boeing To Stop Crew Launch ‘Before Something Catastrophic Happens’

(Image: NASA)

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Agnikul Cosmos Calls Off Maiden Rocket Launch Seconds Before Lift Off




Agnikul Cosmos’s maiden mission was scrubbed on May 28 again. The mission named SubOrbital Technological Demonstrator or SOrTeD will test the single-stage 6.2-meter-long Agnibaan rocket which is the first to use the entirely 3D printed engine.

According to the NDTV, the launch was called off just second before lift off from Agnikul’s spaceport ALP-01 at Satish Dhawan Space Center in Sriharikota. The launch was reportedly scheduled between 5:30 to 7:30 am.

This is the third time the launch was scrubbed close to the lift off. The previous attempt was foregone on April 7 at T-129 seconds. Agnikul’s first attempt was made on March 22 which was also scrubbed during countdown.

During the previous attempt, Agnikul said that the team stood down from launch due to a communication issue between two hardwares.

ALSO SEE: Indian Tech Startup To Create World’s First 3D-Printed Rocket Engine; All You Need To Know

The reason for not going ahead with the mission is yet to be revealed.

When it lifts off, Agnibaan will be powered by the semi-cryogenic Agnilet engine which uses kerosene and liquid oxygen.

Agnikul says that the Agnibaan rocket could be customised according to the customers needs. Measuring 18 meters tall, the rocket will be capable of transporting 100 kg to a 700 km orbit when it flies.

ALSO SEE: India Gets Its First Private Launch Pad, And It Will Give Space Sector A Major Boost; Here’s How

(Image: Agnikul Cosmos)

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