夏宇童電影

2011年 世新學生電影短片《在愛之中(Being in Love)》飾 娉林

2012年 世新廣電第18屆畢業製作 《迷 Superstition》飾 江以晴

2014年《寒蟬效應》飾 王木宏姐姐

夏宇童簡歷

在飛碟廣播凌晨2:00－4:00的星空飛行，馬詩婷以藝名小米以DJ kitty的身份主持節目，亦主持南台灣之聲電台（FM 103.9）晚上11點的銀河DJ召集令節目。而後在飛碟電台主持新節目就愛盧音樂，也獲得拍攝范逸臣唱片《無樂不作》歌曲〈Missing you〉的MV。

而後豐華唱片給小米新藝名夏宇童，在電影《海角七號》和同恩及楊蕎安合唱《愛你愛到死》，並擔任范逸臣2008年12月20日在台北小巨蛋的演唱會嘉賓。

2009年7月14日正式發行首張EP專輯《雨瞳》。

2010年3月份接下日本富士電視台深夜劇《東京Little Love》女主角謝俐心。

2011年拍攝世新大學學生電影短片《在愛之中》，1月26日殺青，該年5月上映。

2011年3月1日發行首本旅遊書《戀戀東京》。

2016年3月8日參加《綜藝大熱門》錄製〈歌手如果再發片〉單元，主持人吳宗憲大讚：「聽她的歌，我差一點射出來」。

2019年12月4日，睽違10年，發行第二張EP專輯《不安》。

夏宇童

夏宇童（泰雅語：Ciwas Adai，1988年8月19日－），前藝名小米，本名馬詩婷，台灣桃園市拉拉山泰雅族原住民。國中時與徐凱希是國中同學。曾是黑澀會美眉之一，曾參加民視歌唱比賽節目《成名一瞬間》取得冠軍，而後擔任該節目助理主持人。

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Intel Launches Project Circuit Breaker

A new expansion of its Bug Bounty program, Intel’s Project Circuit Breaker brings together a community of elite hackers to reshape vulnerability management. 

What’s New: Intel is expanding its Bug Bounty program with Project Circuit Breaker, bringing together a community of elite hackers to hunt bugs in firmware, hypervisors, GPUs, chipsets and more. Project Circuit Breaker broadens and deepens Intel’s existing open Bug Bounty program by hosting targeted time-boxed events on specific new platforms and technologies, providing training and creating opportunities for more hands-on collaboration with Intel engineers. Project Circuit Breaker’s first event, Camping with Tigers, is already underway with a group of 20 researchers who received systems with Intel® Core™ i7 processors (formerly “Tiger Lake”).

“Project Circuit Breaker is possible thanks to our cutting-edge research community. This program is part of our effort to meet security researchers where they are and create more meaningful engagement. We invest in and host bug bounty programs because they attract new perspectives on how to challenge emerging security threats – and Project Circuit Breaker is the next step in collaborating with researchers to strengthen the industry’s security assurance practices, especially when it comes to hardware. We look forward to seeing how the program will evolve and to introducing new voices to the meaningful work that we do.”

–Katie Noble, director, Intel Product Security Incident Response Team (PSIRT) and Bug Bounty

How It Works: Through Project Circuit Breaker, Intel is creating a community dedicated to offering training to security researchers, exciting new hacking challenges and opportunities to explore at unprecedented levels with new and pre-release products, as well as new collaborations with Intel hardware and software engineers. Camping with Tigers launched in December and will end in May, with bounty multipliers being offered at three milestones for eligible vulnerabilities.

“Bug bounty programs are a powerful tool to continuously improve the security of our products,” said Tom Garrison, vice president and general manager of Client Security Strategy & Initiatives at Intel. “Camping with Tigers – our first event under Project Circuit Breaker – brings together world-class security researchers and our own product engineers to deepen testing and improve resiliency on our 11th Gen Intel® Core™ processors. As we aim to develop the most comprehensive security features, we also realize the incredible value of deeper collaborations with the community to identify potential vulnerabilities and mitigate them for the ongoing improvement of our products."

Project Circuit Breaker will supplement Intel’s existing open Bug Bounty program, which rewards researchers for original vulnerability findings on any eligible branded products and technologies. This program helps Intel to identify, mitigate and disclose vulnerabilities; in 2021, 97 of 113 externally found vulnerabilities were reported through Intel’s Bug Bounty program. As demonstrated by Intel’s Security-First Pledge, the company invests extensively in vulnerability management and offensive security research for the continuous improvement of its products.

Why It Matters: With Project Circuit Breaker, Intel is creating a more diverse and unified security community that is better prepared to address the industry’s largest security concerns. New challenges, training, and unprecedented access to early products and Intel engineers will focus the talents of the community toward areas of high impact.

Since making the Bug Bounty program public in 2018, Intel has been advancing its investments in security by growing its team of security experts and increasing the company’s emphasis on industry collaboration. Intel’s security experts actively contribute to both the Bug Bounty Community of Interest, a forum for vendors, bug bounty managers and security researchers to exchange expertise and best practices, and FIRST (Forum of Incident Response and Security Teams). Enhancing vulnerability discovery and management internally, Intel adopted the secure development lifecycle (SDL) for both hardware and software. SDL has played a major role in helping to build a culture with a security-first mindset, where engineering teams drive more rigor and hold more accountability for security throughout the product lifecycle. Intel’s Platform Update has also been refined to deliver predictable and bundled security updates to the community.

In addition to the Bug Bounty program, Intel Labs continues to cultivate leading-edge security research with the academic community. Some of this research has been recognized by the Intel Hardware Security Academic Award program, which awards top innovators for novel research with meaningful impact to the industry.

These efforts are driven by Intel’s commitment to work in the open, be transparent and demystify the experience for security researchers. As new threats emerge and vulnerabilities are found, Intel remains committed to growing, adapting and relentlessly advancing security assurance through bug bounty programs, coordinated vulnerability disclosures and impactful researcher collaboration.

The Small Print:

Intel technologies may require enabled hardware, software or service activation.

No product or component can be absolutely secure.

Your costs and results may vary.