Connect with us

Tech

Resy and Eater co-founder raises $24M for Blackbird, a restaurant loyalty platform

Published

on


Blackbird Labs, a hospitality tech company whose platform helps restaurants stay in touch with guests and incentivize them to dine out more frequently, today announced that it raised $24 million in a Series A round led by Andreessen Horowitz with participation from QED, Union Square Ventures, Shine, Variant and others and restaurant groups Quality Branded, Rustic Canyon Group, Soulva and Brooks Reitz.

Founder and CEO Ben Leventhal says that the proceeds, which bring Blackbird’s total raised to $35 million, will be put toward helping Blackbird scale its operations.

“The restaurant business model is broken,” Leventhal told TechCrunch in an email interview. “It can be really expensive to remain at the top of a sea of competition. Operational costs are also at an all-time high, and restaurants need revenue. There’s only two paths forward: creating new revenue streams or creating regulars who’ll want to come back.”

To Leventhal’s point, a 2022 survey from the National Restaurant Association (NRA) found that 54% of restaurant owners had to reduce the size of their dishes in response to rising food costs. A further 47% of the respondents said that they had to increase menu prices, as well.

And restaurant failure rates aren’t exactly declining. Restaurants have about a 20% success rate, according to the NRA, with about 60% failing within the first year and 80% failing within five years of opening.

Leventhal is perhaps best known for co-founding Eater, the food and drink publication (acquired by Vox in 2013), and Resy, the restaurant reservation service (acquired by American Express — which is also a Blackbird investor — in 2019). He came up with the idea for Blackbird in the early days of the pandemic after noticing that restaurants were finding innovative ways, like rolling out clothing lines and selling pancake mix, to keep customers engaged.

“I was struck by the ingenuity of restaurants, who used their brands and audience to create sales streams that weren’t food,” Leventhal said. “This led me to start thinking about other ways restaurants could combat the serious business challenges of declining margins and eroding direct customer relationships.”

Blackbird is designed to help restaurants both amplify their reach and reward guests, Leventhal says. How? By giving operators a way to not only greet diners by name, but learn their personal preferences, including when they last dined out, their preferred seating and their likes and dislikes.

“With this knowledge, restaurants can serve guests in an unparalleled fashion, making them feel like they’re very important and appreciated regulars, and reward their ongoing patronage with free and appreciated perks,” Leventhal said.

Blackbird does this by having diners touch their phone to a proprietary NFC reader to create a membership or “tap in.” Members can “level up” with each subsequent check-in, Leventhal says, unlocking benefits like off-menu items and a direct message concierge.

Blackbird diners also earn virtual currency each visit, which can be spent on items (e.g. an entree or drink) or tallied toward membership rewards with restaurants via Blackbird’s smartphone app. There’s a web3 component; the currency is technically a cryptocurrency. Blackbird partnered with Privy, a crypto wallet management startup, to provide embedded wallets so users can sign up with a phone number and manage balances alongside their Blackbird membership.

On the backend, Blackbird captures a range of diner data on restaurants’ behalves — including dining history, birthdays and home addresses — so restaurants can target diners with promotions. Restaurants can also use Blackbird to message “top-tier” members with access to a dedicated support line, letting them know when a reservation is made available, for example.

Some customers might not feel comfortable sharing that sort of behavioral data with restaurants. But Leventhal insists that Blackbird is handling data collection in a “transparent” manner, going so far as to give diners control over which specific information (e.g. dining history) restaurants see.

Through Blackbird, restaurants can sell paid memberships to guests, as well. Leventhal says that one restaurateur, a Jewish bistro in Brooklyn, sold founding Blackbird memberships — complete with perks including personalized bomber jackets and a home dinner cooked by a private chef — as a crowdfunding tool before it even opened.

The concept of promoting paid memberships in the restaurant industry — an increasingly common practice — is unavoidably polarizing. For most (including this reporter), dining out is expensive as it is, and having to pay to cut the line to reserve a hot new table or receive better treatment doesn’t exactly feel equitable.

Leventhal, though, assures me that the goal isn’t to foster more ultra-exclusive dining clubs but to give diners at restaurants “of all sizes,” particularly small independent restaurants and restaurant groups, an additional way to support the venues they love.

“With Blackbird’s technology platform, we’ve built a unique, intimate and symbiotic relationship between restaurants and their regulars,” he added.

The question is, can diners be persuaded to use Blackbird in the first place? A 2023 poll by William Blair found that the majority of customers don’t opt into restaurant loyalty programs, and that only 35% consider loyalty programs in deciding which restaurants to visit.

Leventhal believes that they can. And he has some data to back it up: since launching several months ago, New York City-based Blackbird — which has 20 full-time employees — has signed up around 80 restaurants including chef David Chang’s Momofuku chain, 22 of which are actively using Blackbird.

“There’s no one out there that does exactly what we do,” Leventhal said. “We admire the loyalty programs built by Starbucks, Sweetgreen and more, but we’ve created Blackbird to be an easily accessible loyalty platform, empowering restaurants to have an unparalleled ability to engage customers, reward returning patrons and drive new revenue streams.”

Blackbird’s future plans entail rolling out a referral program that’ll let diners invite friends to become members at a specific restaurant for exclusive dishes. Beyond this, Blackbird intends to experiment with its cryptocurrency, potentially offering membership upgrades, rewards for activity like tap-ins and ways to pay for parts of — or whole — meals.

“Those at the forefront are trying to figure out how to achieve a broader diversity of revenue,” Leventhal said. “Blackbird is designed to be this solution for restaurants — driving loyalty, opening up for interesting revenue plays and incentivizing customers to return again and again.”



Source link

Continue Reading
Click to comment

Leave a Reply

Your email address will not be published. Required fields are marked *

Tech

NASA video shows spacecraft’s wild ride around ocean world

Published

on

By


NASA’s Europa Clipper spacecraft is in for a wild ride.

The launch of this mission to explore the ocean world Europa — a Jupiter moon that harbors an ocean perhaps twice the volume of all Earth’s seas — was interrupted by the imposing Hurricane Milton, but its 1.8-billion-mile journey is imminent. The craft will make nearly 50 close flybys of Europa’s cracked, icy shell, using a number of high-resolution cameras, a ground-penetrating radar, and even a device that will literally sample particles of Europa that have been ejected into space by tiny meteorites.

The mission will gather copious amounts of information, enough to discern whether or not Europa harbors conditions that could host life beneath its ice shell.

“It’s perhaps one of the best places beyond Earth to look for life in our solar system,” Cynthia Phillips, a NASA planetary geologist and project staff scientist for the space agency’s Europa Clipper mission, told Mashable.

The repeated reconnaissance will require the craft to make perfectly timed loops around Jupiter as it intersects Europa’s orbit, which NASA shows in the animation below.

Here’s what you’re watching (a short ad plays first):

– Center orange dot: Jupiter

Mashable Light Speed

– Blue dot: Europa

– Gray, red, and yellow dots: Respectively Jupiter’s other three large moons — Io, Ganymede, and Callisto

– Magenta: That’s Europa Clipper “lopping in and out,” NASA explained.

There’s also a timestamp on the top right showing the mission’s planned flight between April and July 2032.

"The relative intensity of Jupiter's radiation bands is illustrated in this diagram," NASA explains, with darker reds depicting more radiation. Both Europa and Europa Clipper's orbits are depicted in the graphic.

“The relative intensity of Jupiter’s radiation bands is illustrated in this diagram,” NASA explains, with darker reds depicting more radiation. Both Europa and Europa Clipper’s orbits are depicted in the graphic.
Credit: NASA

This looping trajectory is also designed to limit the spacecraft’s exposure to extreme radiation. “The charged particle environment at Europa’s location is immense,” Phillips said.

That’s because Jupiter, a gas giant planet 317 times more massive than Earth, generates a massive magnetic field shooting out between 600,000 to 2 million miles (1 to 3 million kilometers) toward the sun. It’s created by the planet’s liquid metal core, which spins and creates electrical currents (moving electric charges make magnetic fields). Crucially, this magnetic field grabs and then accelerates particles from the relentless solar wind — a stream of rapidly traveling charged particles emitted by the sun — which creates potent radiation belts around Jupiter, as depicted above.


“You get out of there.”

(Decades ago, during the Voyager mission, NASA’s engineers were worried about the craft passing by Jupiter. A person hypothetically riding aboard Voyager as it passed Jupiter would have gotten hit with a radiation dose 1,000 times the lethal level.)

Not all of Europa Clipper’s electronics and software can be housed in a metal vault, so looping by the moon for relatively brief periods will limit impacts from charged particles, which can damage computer chips and electronics. During each orbit around Jupiter, the craft will spend under a day in an irradiated zone before swooping out. It won’t return for between two to three weeks.

“You get out of there,” Phillips said.

After journeying through the solar system, the craft is expected to reach Jupiter in 2030, and soon after begin its orbital dance through the Jovian system. If it appears habitable, NASA plans to return to Europa and land a robot on the icy crust. Such an endeavor would drill into the ice, looking to see if the moon is inhabited.





Source link

Continue Reading

Tech

NASA thinks it found a moon light-years away spewing gas

Published

on

By


Scientists have never actually seen a moon orbiting a planet other than the ones in this solar system. An exomoon, a companion to an exoplanet, likely would be too tiny and far away for telescopes to resolve. 

But a new NASA study may have found a clue that one is orbiting a planet some 635 light-years from Earth. The inference comes from a vast sodium cloud spotted in space. Whatever is causing it produces about 220,000 pounds of sodium per second. 

The research suggests a rocky moon circling exoplanet WASP-49 b, a Saturn-sized gas giant discovered in 2017, is the source. That could mean the distant world is accompanied by a moon like Jupiter’s Io — a highly volcanic place, blasting out its own massive cloud of gasses 1,000 times wider than Jupiter.

“The evidence is very compelling that something other than the planet and star are producing this cloud,” said Rosaly Lopes, a planetary geologist who co-authored the study, in a statement. “Detecting an exomoon would be quite extraordinary, and because of Io, we know that a volcanic exomoon is possible.”

Exomoon creating a sodium cloud

An exomoon could be the source of a bewildering sodium cloud found around an exoplanet.
Credit: NASA / JPL-Caltech illustration

This is not the first time astronomers have suspected an exomoon was lurking in their data. There have been exomoon candidates discovered in the past, though confirming their existence is much more difficult. Scientists such as Apurva Oza, once a postdoctoral researcher at NASA’s Jet Propulsion Laboratory, are interested in finding unconventional ways to detect them for what they could represent: Moons throughout the galaxy could also potentially offer habitable conditions for life, even if their host planets don’t. 

That’s why Oza wanted to return to studying WASP-49 b to further investigate the source of its bewildering cloud. Researchers used a ground-based telescope to observe the silhouettes of the cloud and the exoplanet as they passed in front of the host star. 

Mashable Light Speed

At one point, they noticed that the cloud was moving faster than WASP-49 b and away from Earth. If the cloud were coming from the exoplanet, they figured they would have seen it moving toward Earth. The observation led them to conclude that the cloud was coming from a separate source, according to the paper recently published in Astrophysical Journal Letters.

Moon orbiting an exoplanet

Exoplanet WASP-49 b could have an exomoon similar to Jupiter’s Io, a highly volcanic world pumping gasses into space.
Credit: NASA / JPL-Caltech illustration

“We think this is a really critical piece of evidence,” said Oza, a staff scientist at Caltech and the lead author, in a statement. “The cloud is moving in the opposite direction that physics tells us it should be going if it were part of the planet’s atmosphere.”

The team’s research provided other clues that an exomoon was making the cloud. Both the planet and the star are mostly made of the lightest elements, hydrogen and helium, with hardly any sodium. Seemingly neither has enough to be responsible for the cloud. Scientists also used the European Southern Observatory’s Very Large Telescope in Chile to see that the cloud hovers high above the exoplanet’s atmosphere — just like the cloud Io envelops around Jupiter. 

Next the team developed computer models to see if an exomoon could be the cloud’s catalyst. Their simulations found that a moon with a snug eight-hour orbit around the planet could explain the cloud’s motion — the way it seemed to sometimes drift in front of the planet and how it didn’t appear to be tied to any particular region of the alien world. 

Jupiter's moon Io

Jupiter’s moon Io, seen in multiple views above, is the most volcanically active world in our solar system.
Credit: NASA / JPL-Caltech / SwRI / MSSS

Scientists can’t say anything definitive about the exomoon because it’s just a candidate. But here’s what astronomers know about Io, the third-largest Jovian moon out of 95. Io is the most volcanic world in the solar system. Astronomers believe hundreds of volcanoes spew fountains that reach dozens of miles high.

Jupiter’s gravity squeezes Io‘s core as the moon moves closer, then slackens as it moves farther away. This swelling and contracting causes Io’s interior to heat up, triggering tidal volcanism

Scientists will need to continue observing this cloud to confirm its behavior, so the team is likely a long way from knowing with certainty if they have proof of an exomoon. Still, the results are thrilling for Oza, who believes looking for gas clouds — perhaps an order of magnitude larger than their source — could be an indirect method of finding habitable moons in other star systems.





Source link

Continue Reading

Tech

World’s First Private Space Station Is Like A Luxurious Hotel With Earth Views; Watch

Published

on

By



California-based aerospace company Vast has revealed the remarkable interior design of Haven-1, which is set to become the world’s first commercial space station. In a newly released video, the company showcased a habitat that looks more like a luxury hotel than a typical orbital laboratory. The design, both sleek and inviting, promises a new level of comfort for future space travelers.

Haven-1 features modern wood veneer accents, padded white walls, and amenities similar to those found in top-tier hotels. The station also offers visitors a fully equipped gym to help them stay active, even in zero gravity. Additionally, private rooms are outfitted with the latest entertainment and communication technologies, ensuring that astronauts can easily stay in touch with family and friends on Earth.

“Set to launch on SpaceX’s Falcon rocket in 2025, Haven-1’s first paying customers will board in 2026,” Vast said in a press release.

ALSO SEE: What Will Earth Look Like From Private Space Station? Axiom Space’s Astronaut Reveals

Accommodating up to four astronauts, Haven-1 provides a level of comfort far surpassing that of the International Space Station (ISS). Each astronaut will have a cosy private room, complete with storage, a vanity, and a specially engineered queen-sized bed to enhance sleep quality in space.

Veteran NASA astronaut Andrew Feustel, who has accumulated over 225 days in space, played a key advisory role in shaping the design and layout of Haven-1. His extensive experience contributed to ensuring that the space station would not only be functional but also comfortable for its inhabitants.

“From communication and connectivity, to private space and interacting with others aboard, to advancing human progress on Earth and beyond, every detail has been designed with the astronaut experience at the core of our work,” he said.

ALSO SEE: Astronaut Floats In Space As Tiangong Space Station Cruises Above Blue Earth; Watch

(Image: Vast)





Source link

Continue Reading

Trending

Copyright © 2023 Dailycrunch. & Managed by Shade Marketing & PR Agency